Battery Knowledge Base - User contributions [en]

Category:OSW78ae8fbed378512a8d9d9bc3e8291e43

2026-01-30T11:17:27Z

0000-0002-8227-3250:

Cell components comprise the individual parts of a battery cell prior to its assembly into a complete cell. Cell components can be considered the stage between raw materials and complete cells, as cell components generally consist of raw materials processed to adopt the chemical and physical properties required to optimally function for the purpose of electrochemical energy storage.

Cell components may be classified into active components, which participate in the electrochemical reaction, and inactive components, which do not participate in the electrochemical reaction but are necessary and help facilitate the electrochemical reaction. Cell components may be solid or liquid, porous or non-porous, and may be monolithic materials or composite mixtures.

When working with cells at the lab-scale, cell components are often optimized to be handled one piece at a time, often by hand or in some cases by a small robot. At lab-scale, volumes are not large and components are produced as needed or desired. It is important to note that since the size of the components is generally smaller, defects in the components tend to have a larger effect on the results. Cell components may be artisanally made in the lab or purchased commercially, and complete cell assemblies are often a mixture of the two.

At the lab-scale, coin cells or small pouch cells are most often the form factor used. Coin cells are typically chosen from several industrial standard sizes, such as {{Template:Viewer/Link|page=Category:OSWb61b96acf2f44b7482d5565fe3a2d88b|url=|label=CR2032}}, and consist of several subcomponents which can be assembled into a complete cell. Pouch cells can be handmade and readily customized in size and number of layers according to need or desire. Pouch cells also require several subcomponents in order to be assembled into a complete cell.

Cells used for scientific research may not have all the cell components listed below, which are typical for most commercial Li-ion battery cells. Research may focus on reducing, replacing, or eliminating certain cell components for the sake of improving performance.

Custom-designed cells may be purpose-built for use in advanced characterization techniques, such as ''in situ'' or ''operando''. These types of cells will have additional components related to their end-use.

== Active components ==

=== Cathode ===
The cathode is the positive electrode of the battery cell. Typically, the cathode consists of the cathode active material (CAM), a conductive additive, a binder, and the current collector.

=== Anode ===
The anode is the negative electrode of the battery cell. Typically, the anode consists of the anode active material (AAM), conductive additive, a binder, and the current collector.

== Inactive components ==
Inactive components of a battery cell do not directly contribute to the electrochemical energy storage reaction, but improve its facilitation, such as ensuring electronic conductivity, mechanical strength, or ionic conductivity. The most typical inactive components include the electrolyte, separator, current collector, and casing or housing. Depending on the form factor, the casing or housing may consist of different materials, and there may be additional components such as a spring, gasket, and spacer. Although inactive components are intended to be inactive, they are not always inert and can still degrade over time during the cell's operational lifetime due to various mechanical, thermal, or (electro)chemical degradation mechanisms.

=== {{Template:Viewer/Link|page=Category:OSW4e02d72707fe41fd886c041317342086|url=|label=}} ===
The electrolyte is necessary to conductive electro-active ions between the anode and the cathode. The electrolyte also serves to block electronic conductivity so that work can be derived from the current flowing through an external circuit. The electrolyte may be solid, liquid, or a gel. Many commercial cells use a liquid electrolyte, which consists of a solvent, salt, and possibly additives.

=== {{Template:Viewer/Link|page=Category:OSW331e6ccaf2604bf8af5535304fe1bbe0|url=|label=Separator}} ===
The separator is an inactive component which physically separates the anode and the cathode. Its main purpose is to prevent internal short-circuiting.

=== {{Template:Viewer/Link|page=Category:OSW68eb5e355bd847b19b7ff67224fa291e|url=|label=}} ===
The binder is an inactive component which serves to keep the active material mechanically attached to the current collector.

=== {{Template:Viewer/Link|page=Category:OSW212af0583bbb419fa9c690ba9ebb3706|url=|label=}} ===
The current collector facilitates electronic conductivity from the electrode to the cell's terminals. Many commercial cells use metal foils like Cu and Al as the current collector.

=== {{Template:Viewer/Link|page=Category:OSW49909cd144f441b4877a82a52845a5cb|url=|label=}} ===
In coin cell form factors, a spacer is used to take up excess space in an assembled coin cell and apply uniform pressure to the electrodes so that the electrodes remain aligned, the electrolyte maintains contact with the electrodes, and the electrodes are as close to each other to shorten ionic conduction pathways. Spacers are commercially available in various thicknesses and may be used singularly or in pairs.

=== {{Template:Viewer/Link|page=Category:OSW6385e07ff40d46b2b998c439950d75cb|url=|label=}} ===
In coin cell form factors, the wave spring applies pressure to the spacer to maintain pressure and therefore electrode alignment inside the cell.

=== [[Gasket]] ===
In coin cell form factors, the gasket provides a tight seal between the coin cell base and lid to prevent the electrolyte from leaking, to prevent contact with outside moisture and air, and to electrically isolate the positive and negative terminals of the coin cell, thereby preventing an external short-circuit.

== Lab-scale vs. Pilot-scale/Full-scale ==
When battery cells are scaled up to pilot- and full-scale production, there are some changes to form factor which can then involve different components. For more information, see the {{Template:Viewer/Link|page=Category:OSW95c931188ee95463a278b15b55ffacb6|url=|label=cell components}} page. For example, prismatic cells are not typically made at the lab-scale but involve cell (sub)components that are unique to the prismatic cell for factor. Pouch cells may also include additional components in order for them to be collected into larger assemblies for modules and packs or for other functionalities, such as sensors or labels.

Category:OSW14fe861343b35caeb2c63a9c0ada2c75

2026-01-29T18:43:39Z

0000-0002-8227-3250: populate

Cell types and sizes can vary at the lab-scale depending on each laboratory's conventional practices. However, most academic labs utilize coin and/or pouch cell formats when assembling battery cells for research purposes while form factors like cylindrical and prismatic are less common until reaching pilot-scale production.

== Coin cells ==
Coin cells are small, metallic, round form factors that resemble a coin. Most coin cell form factors are wide, flat, and thin, although some form factors have similar widths as their thicknesses.

Coin cells are mechanically strong, durable because they are made of 304 or 316 stainless steel, and remain relatively well sealed over long periods of time.

Coin cells consistent of several components which are assembled to make the coin cell. These are sometimes labeled as the bottom, the top, and the gasket, while cell components like the anode, cathode, separator, electrolyte, wave spring, and spacer(s) are contained internally.

Since the coin cell casing is crimped when assembled, the top is mechanically deformed, and this makes the coin cell well sealed against leakage, contamination, and air exposure.

Category:OSW78ae8fbed378512a8d9d9bc3e8291e43

2026-01-29T14:16:56Z

0000-0002-8227-3250:

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2024-12-11T15:03:01Z

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Category:OSWee19075c31b35c3eaf0b83cac19bc282

2024-11-13T18:04:34Z

0000-0002-8227-3250:

Casting, or coating, is the process in which a well-mixed viscous liquid slurry is converted into a solid electrode form. As most conventional casting of battery slurries results in a thin layer on a metal current collector substrate, this process is sometimes called coating. Casting is an important early step in the battery manufacturing process. Inhomogeneities in the slurry mixing process can result in structural defects in the electrode formation process. Process control is also important to preventing other types of defects from occurring in the finished electrode. Casting can be performed from lab-scale up to gigafactory-scale.

== Casting Process ==
The casting process can be generalized to a few steps

# Load slurry into casting vessel.
# Distribute or disperse slurry in a controlled manner.

Casting is directly followed by {{Template:Viewer/Link|page=Category:OSW71593bb0be1359b698c7308341b3a31d|url=|label=drying}} in most battery manufacturing processes to remove the slurry solvent.

== Methods of casting ==
There are multiple methods of casting slurries into electrodes. The following are some methods which are commonly found in research labs and industry:

* '''Film applicator''': a film applicator is a device used to evenly spread a liquid substance, such as paint, ink, or slurries, over a substrate. In the simplest form, an applicator with a defined slot thickness such as 50 or 100 μm is pushed by a bar which moves a deposit of slurry horizontally across the substrate. Applicators are usually metal bars that are manufactured to high tolerances to give consistent, repeatable results. Each bar will have a defined gap which gives a "theoretical wet film thickness" or, in other words, the thickness of the coating that should remain on the substrate after application. Even with high manufacturing tolerances, the actual wet film thickness can vary from 50% to 90% of the gap depending on the characteristics of the slurry. Applicators can take many forms, such as aluminum blocks with a single gap, a four-sided cylindrical bar with 4 different gap thicknesses, or a smoothly rotating bar with continuously varying gaps.
* '''Tape casting''' (also called '''doctor blading,''' '''knife coating,''' and '''shank shifting'''): tape casting is a method similar to a film applicator, but which originates from the field of ceramics processing. The slurry is loaded into a holding reservoir with a gap at the bottom. The doctor blade or knife is adjusted to define the gap between the reservoir wall and the substrate. To cast, either the substrate moves on a roller or the reservoir and doctor blade move along a fixed substrate.
* '''Comma head''': comma head coating is similar to tape casting, but uses a comma-shaped bar to control the slurry instead of an angled blade like a doctor knife. This method is often used when the substrate is a foil which is running through several rollers as the comma head can be used to apply the coating as the foil wraps around a roller.
* '''Slot-die coating''': slot-die coating is a coating technique for the application of solution, slurry, hot-melt, or extruded thin films onto typically flat substrates such as glass, metal, paper, fabric, plastic, or metal foils. In slot-die coating, the slurry is precisely fed using a syringe pump through a heated coating head which has a well-defined and adjustable gap. The high aspect ratio outlet and temperature of the slot-die coating head control the final delivery of the coating liquid onto the substrate. This results in the continuous production of a wide layer of coated material on the substrate, with adjustable width depending on the dimensions of the slot-die outlet. By closely controlling the rate of solution deposition and the relative speed of the substrate, slot-die coating affords thin material coatings with easily controllable thicknesses in the range of 10 nanometers to hundreds of micrometers after evaporation of the precursor solvent.<ref>"Discover slot-die coating". FOM Technologies. Retrieved 2024-11-13.</ref>

* Other methods include spray coating, screen-printing, and hot rolling, among others. Some casting methods are aimed at using dry processes to eliminate the use of solvent in battery manufacturing.

== Process Parameters ==
Electrode quality from casting is highly dependent on the process parameters, and each casting method has its own parameters. Among wet film coating methods, gaps and wet film thicknesses are some of the most important parameters to define the loading and thickness of the electrode. Since slurries are typically non-Newtonian fluids, the shear rate the slurry experiences as it goes through the gap can affect the resulting electrode thickness and uniformity. The temperature and humidity in the room of the casting device are important to control. For non-aqueous casting processes, the entire process can occur inside a dry room with controlled particulate density in the air.

== Quality Control ==
Film applicators follow the ASTM standard D823.<ref>ASTM D823 - 95(2007) Standard Practices for Producing Films of Uniform Thickness of Paint, Varnish, and Related Products on Test Panels</ref>

Identification of defects is a key aspect of casting. Measuring wet film thickness is also important during the process to ensure that the gap is performing as desired.

For slot-die coating, the quality of the meniscus as the slurry exits the slot-die affects the uniformity of the electrode.

It is important to note that drying and {{Template:Viewer/Link|page=Category:OSWee4aa4bf508d5ddaa40ebab5f0f1dad1|url=|label=calendering}} often proceed immediately after casting, so the quality control is not done until after these respective processes and the casting parameters are adjusted according to the results after all of these processes.

== Healthy, Safety, and Environment ==
During casting, solvent if present will begin evaporating. Depending on whether the slurry is aqueous or non-aqueous and which solvents or additives it might contain, it can pose a varying degree of hazard to human and environmental health. These solvent vapors may need to be exhausted or captured and recycled or re-processed.

Category:OSWee19075c31b35c3eaf0b83cac19bc282

2024-11-13T18:04:13Z

0000-0002-8227-3250:

Category:OSW6e2d6560fbbc5be796d4330b92f12b6e

2024-11-13T12:31:28Z

0000-0002-8227-3250:

Recycling is the process of converting waste materials into new materials and objects. This concept often includes the recovery of energy from waste materials. The recyclability of a material depends on its ability to reacquire the properties it had in its original state.[1] It is an alternative to "conventional" waste disposal that can save material and help lower greenhouse gas emissions. It can also prevent the waste of potentially useful materials and reduce the consumption of fresh raw materials, reducing energy use, air pollution (from incineration) and water pollution (from landfilling).

Recycling in the context of batteries is related to the recovery of various material components of batteries. Most types of batteries can be recycled. However, some batteries are recycled more readily than others, such as lead–acid automotive batteries (nearly 90% are recycled) and button cells (because of the value and toxicity of their chemicals). Rechargeable nickel–cadmium (Ni-Cd), nickel metal hydride (Ni-MH), lithium-ion (Li-ion) and nickel–zinc (Ni-Zn), can also be recycled. For lithium-ion batteries, the recovery of transition metals such as nickel and cobalt is motivated by their high value and potential social and environmental harm. Other components like lithium from the electrolyte and metal current collectors (aluminum, copper) are also targets of recycling. Recycling of batteries is also motivated by environmental and safety policy mandates set by governmental and regulatory bodies.

== Benefits of recycling ==
Battery recycling has several specific benefits besides the generalized benefits mentioned above:

* Reducing the impact of metals mining on human and environmental health
* Reducing energy consumption of producing batteries, especially when recycling factory scrap or in direct recycling
* Recovery and reduced dependency of critical raw materials (CRMs) and strengthening security of supply chains
* Recovery of per- and polyfluoroalkyl substances (PFAS) in the binder
* Improved safety of normal waste disposal channels, as batteries are hazardous waste and can be damaging or dangerous to process through conventional waste disposal process chains
* Supporting the effort to develop a circular economy

== Challenges of battery recycling ==
Battery recycling faces several technical, economic, and regulatory challenges:

* Reducing time required for safe discharge of batteries
* Dismantling and disassembly complicated by a wide variety of battery systems and designs
* Restoring battery materials to a condition which is sufficiently similar to the pristine state
* Separating battery waste streams according to their chemistries
* Achieving high yields of recycling processes
* Selectivity and specificity of target materials to be recycled
* Reducing energy intensiveness in the recycling process
* Reducing or replacing the usage of harsh chemicals in the recycling process
* Reducing costs in order to make battery recycling a feasibly viable as a business
* Economic risk to volatility in the materials commodities market
* Evolving regulatory environment which may mandate specific metrics on recycling

== Steps of battery recycling ==
Battery recycling consists of several multi-step process chains, which can be categories as such:

* Deactivation or discharging of the battery (especially in case of batteries from electric vehicles)
* Disassembly of battery systems (especially from packs into modules and cells)
* Mechanical processes (including shredding, crushing, sorting, and sieving processes)
* Electrolyte recovery
* Metal recovery processes (including hydrometallurgical processes, pyrometallurgical processes, or direct recycling)

== Hazards of battery recycling ==
Battery recycling is inherently hazardous to both human and environmental health due to the volatility of batteries and their material components. Some hazards can be:

* Electrical shorting and shock
* Self-igniting or self-sustaining fire
* Exposure to electrolyte solvent vapors
* Dust generation resulting in contamination and human exposure

== Battery recycling policy ==
Policies on battery recycling created by governmental bodies vary across the globe. In some regions, regulations and practices were created by industry consortia, and in others, only local regulations apply. Recycling of specific materials such as PFAS and critical raw materials may also be subject to PFAS and CRM regulations, respectively. Battery recycling may be enhanced with the development of digital tracing such as the battery passport.

[1] Villalba, G; Segarra, M; Fernández, A.I; Chimenos, J.M; Espiell, F (December 2002). "A proposal for quantifying the recyclability of materials". Resources, Conservation and Recycling. 37 (1): 39–53. Bibcode:2002RCR....37...39V. doi:10.1016/S0921-3449(02)00056-3. ISSN 0921-3449.

Category:OSW6e2d6560fbbc5be796d4330b92f12b6e

2024-11-13T10:29:58Z

0000-0002-8227-3250:

Recycling is the process of converting waste materials into new materials and objects. This concept often includes the recovery of energy from waste materials. The recyclability of a material depends on its ability to reacquire the properties it had in its original state.[1] It is an alternative to "conventional" waste disposal that can save material and help lower greenhouse gas emissions. It can also prevent the waste of potentially useful materials and reduce the consumption of fresh raw materials, reducing energy use, air pollution (from incineration) and water pollution (from landfilling).

Recycling in the context of batteries is related to the recovery of various material components of batteries. Most types of batteries can be recycled. However, some batteries are recycled more readily than others, such as lead–acid automotive batteries (nearly 90% are recycled) and button cells (because of the value and toxicity of their chemicals). Rechargeable nickel–cadmium (Ni-Cd), nickel metal hydride (Ni-MH), lithium-ion (Li-ion) and nickel–zinc (Ni-Zn), can also be recycled. For lithium-ion batteries, the recovery of transition metals such as nickel and cobalt is motivated by their high value and potential social and environmental harm. Other components like lithium from the electrolyte and metal current collectors (aluminum, copper) are also targets of recycling. Recycling of batteries is also motivated by environmental and safety policy mandates set by governmental and regulatory bodies.

== Benefits of recycling ==
Battery recycling has several specific benefits besides the generalized benefits mentioned above:

* Reducing the impact of metals mining on human and environmental health
* Reducing energy consumption of producing batteries, especially when recycling factory scrap or in direct recycling
* Recovery and reduced dependency of critical raw materials (CRMs) and strengthening security of supply chains
* Recovery of per- and polyfluoroalkyl substances (PFAS) in the binder
* Improved safety of normal waste disposal channels, as batteries are hazardous waste and can be damaging or dangerous to process through conventional waste disposal process chains

== Challenges of battery recycling ==
Battery recycling faces several technical, economic, and regulatory challenges:

* Reducing time required for safe discharge of batteries
* Dismantling and disassembly complicated by a wide variety of battery systems and designs
* Restoring battery materials to a condition which is sufficiently similar to the pristine state
* Separating battery waste streams according to their chemistries
* Achieving high yields of recycling processes
* Selectivity and specificity of target materials to be recycled
* Reducing energy intensiveness in the recycling process
* Reducing or replacing the usage of harsh chemicals in the recycling process
* Reducing costs in order to make battery recycling a feasibly viable as a business
* Economic risk to volatility in the materials commodities market
* Evolving regulatory environment which may mandate specific metrics on recycling

== Steps of battery recycling ==
Battery recycling consists of several multi-step process chains, which can be categories as such:

* Deactivation or discharging of the battery (especially in case of batteries from electric vehicles)
* Disassembly of battery systems (especially from packs into modules and cells)
* Mechanical processes (including shredding, crushing, sorting, and sieving processes)
* Electrolyte recovery
* Metal recovery processes (including hydrometallurgical processes, pyrometallurgical processes, or direct recycling)

== Hazards of battery recycling ==
Battery recycling is inherently hazardous to both human and environmental health due to the volatility of batteries and their material components. Some hazards can be:

* Electrical shorting and shock
* Self-igniting or self-sustaining fire
* Exposure to electrolyte solvent vapors
* Dust generation resulting in contamination and human exposure

== Battery recycling policy ==
Policies on battery recycling created by governmental bodies vary across the globe. In some regions, regulations and practices were created by industry consortia, and in others, only local regulations apply. Recycling of specific materials such as PFAS and critical raw materials may also be subject to PFAS and CRM regulations, respectively. Battery recycling may be enhanced with the development of digital tracing such as the battery passport.

[1] Villalba, G; Segarra, M; Fernández, A.I; Chimenos, J.M; Espiell, F (December 2002). "A proposal for quantifying the recyclability of materials". Resources, Conservation and Recycling. 37 (1): 39–53. Bibcode:2002RCR....37...39V. doi:10.1016/S0921-3449(02)00056-3. ISSN 0921-3449.

Main Page

2024-10-29T12:07:57Z

0000-0002-8227-3250:

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==Welcome to the Battery Knowledge Base==
An open and free collection of battery knowledge, currently with '''{{#ask: [[Item:+]][[HasOswId::!~*#*]] OR [[Category:+]][[HasOswId::!~*#*]] |format=count}}''' entries that anyone can edit! 

The '''Battery Knowledge Base''' is a platform for the battery community to share knowledge about battery research, innovation, and other activities. Like a "Wikipedia for the battery world", this knowledge base structures all information as part of a vast battery '''{{Template:Viewer/Link|page=Item:OSWd00e7453f1f34a6e94e63c2664fb7776|url=|label=knowledge graph}}''' that helps humans and machines discover links between content!

Do you want to {{Template:Viewer/Link|page=Category:OSWd9aa0bca9b0040d8af6f5c091bf9eec7|url=|label=find collaborators}} with some expertise? Do you want to better understand the {{Template:Viewer/Link|page=Item:OSWe5239a3676174f38a3dea6ce332c3c40|url=|label=lithium-ion battery manufacturing}} process? Are you interested in the types of {{Template:Viewer/Link|page=|url=https://battery.knowledge-graph.eu/wiki/Category:OSWa6c6b673d314531e83bce1010db7a848#Equipment|label=equipment for mixing slurries}}? Are you looking for an upcoming {{Template:Viewer/Link|page=Category:OSW0e084decca6f48a7b023d6b7b2c1452d|url=|label=event to join}}? The battery knowledge base contains information to help you do all these things and more.

== Get Started ==
To try it out for yourself, you can:

* Read this '''{{Template:Viewer/Link|page=Item:OSW170b321e13ee4a1cb2005193da045ec1|url=|label=step-by-step guide}}''' on how to log in, create a new user page, and get started with editing semantic data!
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*Explore an aspect of battery knowledge using the '''{{Template:Viewer/Link|page=Item:OSW7a25cb3789a049f19babc7a7ea0f905b|url=|label=Flow Chart}}'''.
*Query the knowledge graph using the '''{{Template:Viewer/Link|page=|url=https://graph.battery.knowledge-graph.eu/blazegraph/#query|label=SPARQL endpoint}}'''.
*If you are passionate about coding and developing the Battery Knowledge Base itself, take a look at the '''{{Template:Viewer/Link|page=Item:OSW2d384748a6dc45e58f36ce57fd2dfbff|url=|label=Development Roadmap}}''' and see where you can help on an outstanding issue.
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==Acknowledgements==
Content is based on:
*{{Template:Viewer/Link|page=|url=https://www.celest.de/en/or/layer1|label=Battery2030+ Knowledge Base (1.0)}}
*{{Template:Viewer/Link|page=|url=https://kiprobatt.de|label=KIproBatt Project}}
*{{Template:Viewer/Link|page=|url=https://big-map.github.io/BattINFO/index.html|label=BattINFO Ontology}}
*{{Template:Viewer/Link|page=|url=https://battery-value-chain-ontology.github.io/ontology/|label=BVCO Ontology}}

See also: {{Template:Viewer/Link|page=|url=https://battery2030.eu/research/research-data-management-rdm-standards/standards/|label=Battery2030+ Standards and protocols}}
===Funding===
This project has received funding from the European Union’s Horizon Europe research and innovation programme under grant number No. {{Template:Viewer/Link|page=|url=https://cordis.europa.eu/project/id/101104022|label=101104022}}.

Item:OSW3d31fba2cdab4da0aa7de038df8bd96d

2024-10-23T17:20:51Z

0000-0002-8227-3250:

Item:OSW3d31fba2cdab4da0aa7de038df8bd96d

2024-10-23T17:14:02Z

0000-0002-8227-3250:

Item:OSW170b321e13ee4a1cb2005193da045ec1

2024-10-23T17:13:28Z

0000-0002-8227-3250:

Welcome to the Battery Knowledge Base. This guide assumes no prior knowledge to wikis or ontology, the two main technologies the Battery KB is built upon. The guide will first direct you through some basic actions before giving a more theoretical explanation of how the Battery KB works. First, you need to make an account.
===How to create an account===
#You need an account to make changes to the Battery KB.
#Click on the lower left "profile" icon and click Log in. You will be presented with a Username and Password field.
##If you have an ORCID as a researcher, then you can use that to set up your account. Your ORCID will become your username. Click the "Login with your ORCID Account" button and follow the instructions. (You will need to log into ORCID and then authorize the Battery KB to have access to your ORCID account information.)
##Afterwards, each time you need to log in again, click the same ORCID login button.
#If you don't have an ORCID, you need to make an ORCID account. Unfortunately, there is currently [as of 2024-08-15] no other automated option to obtain an account without ORCID. Sorry!
#Finished! Once you are logged in, clicking on the "profile" icon in the lower left will open up a new menu with more options, including a link to your user page, preferences, contributions, and logging out.
===How to change your username from your ORCID to a real name:===
You'll notice that your ORCID has become your user name, which is not useful for others to know who you are.
#Click on the lower left "profile" icon and click Preferences.
#Under Basic Information, there is a field called "Real name:". You can type in the name which best identifies you.
#Scroll to the bottom and click Save.
#Finished!
===How to make yourself a User Entity in the Battery KB (not the same as above):===
You are now a proper user for editing the Battery KB, but you also need to exist as an '''User Entity''' in the Battery KB. This page object reflects who you exist as in reality.
#Go to this page: [[:Category:OSWd9aa0bca9b0040d8af6f5c091bf9eec7]]
#At the top, click '''+''' Create.
#Fill in the parameters where relevant and required. At a minimum, first name and last name. Note: you might not be able to find your organization yet. Don't worry, if so, that's an exercise for later.
#Save your entity by clicking Save in the top right!
#If you're still having trouble, you can watch {{Template:Viewer/Link|page=Item:OSW90a301a65a534132a8d12bcce71eff41|url=|label=this video tutorial}}.
===How to add your User Entity to a project:===
As a '''User Entity''' in the Battery KB, you can now essentially tag or define yourself in relation to other objects. For example, try finding your Battery 2030+ project and adding yourself as a '''Member''' to that project by doing the following steps.
#Find your project. You can use search or this Category: [[:Category:OSWb2d7e6a2eff94c82b7f1f2699d5b0ee3]]
#Click on that Project's name to find their entity page.
#At the top, there are two edit buttons: '''Edit data''' and '''Edit'''.
##'''Edit data''': this allows you to modify the parameters of the project entity. Essentially, it allows you to update the project's relationship to other objects, such as you being a member of the project.
##'''Edit''': this allows you to modify the information displayed on the project's entity page, like Project Overview.
#Click on Edit data and scroll down to find the '''Member''' info box.
#Click the + sign to add a new node.
#Type in your name in the search box and click on the right entry from the search suggestions.
##Troubleshooting: if you can't find your name, that means you didn't create yourself as a '''User Entity''' first. You need to do that before adding yourself to a project. No, you cannot simply type in your name for now.
#Click Save.
#Finished! Note: it may take some time for the changes are reflected on the page. You can try refreshing and purging the cache by using Shift+F5 (on Windows).
===How to add your User Entity to an organization:===
You can add yourself to an organization (typically, your employer but also other types of organizations like departments or smaller units like research groups). But this is done differently from adding yourself to a Project.
#Find your organization. You can use search or this Category: [[:Category:OSW1969007d5acf40539642877659a02c23]].
##Does your organization not exist? We can solve that by creating your organization as an '''Entity''' in the Battery KB. Firstly, we should know what kind of organization you belong to. We have the following existing categories:
###'''Research Organization''': research institutes that are not education-focused [[:Category:OSW789dcd084860478dbc60361a2da7c823]]
###'''Educational Organization''': universities and such [[:Category:OSW9d63242855e44ab8b26d6ad9792a67b3]]
###'''Corporation''': industrial organizations [[:Category:OSW5f4a3751d23e482d80fb0b72dcd6bc31]]
###'''Organization''': a general category for things that don't fit in the above [[:Category:OSW1969007d5acf40539642877659a02c23]]
###Go to the category your organization most fits and click +Create on that page to create a new Entity, just like you did for your User Entity.
###Fill in the usual information. Note that acronyms go under the field Short Name(s). But this parameter field doesn't show up by default.
####Click the "select properties" button at the top.
####Scroll down to find the "Short name(s)" field and click the checkbox. Click outside of the small menu to close it.
####A new field box named "Short name(s):" is now in the Data-Editor window.
####Click on the + to create a node and type in the acronym/short name of the organization.
#If your organization already exists, click on that organization's name to find their entity page.
#At the top, there are two edit buttons: '''Edit data''' and '''Edit'''.
#Click on '''Edit data''' and scroll down to find the '''Member''' info box.
#Click the '''+''' sign to add a new node.
#Type in your name in the search box and click on the right entry from the search suggestions. You can't just write your name, you need to find your '''User Entity''' to add.
#Click Save.
#Finished! To review: to add your Organizational affiliation, go to '''your User Entity''' and add it there. To associate yourself with a Project, go to '''the Project Entity''' and add yourself to the '''Member''' field there.
#Should you use '''Member''' vs. '''Member of''' in the Project Entity
##'''Member''': if you want to associate yourself or your institutional affiliation with a '''Project''', note that you go to the '''Project''' and '''Edit data''' there, ''not'' '''Edit data''' on your '''User Entity'''. That field simply doesn't exist for a '''User Entity'''. Ontologically speaking, '''Members/User Entities''' are a part of a '''Project''', but the reverse isn't true: '''Projects''' are ''not'' a feature or parameter of any '''User Entity'''.
##'''Member of''': If your organization belongs to a larger organizational unit, then you can edit your organization's entity page to show that it is a '''Member of''' the larger organization. If you put the organization as a '''Member of''' the project (this shouldn't be allowed anyway, but you may be confused as to why), it means your project would own your organization (which probably isn't true). However, a '''Project''' might be a '''Member of''' a larger family of projects.
===How to understand the Battery KB:===
You should now have a proper '''User Entity''', which has both a '''Project''' and an '''Organization''' '''Entity''' to which it is related as a '''Member'''. At this point, it's good to explain how the Battery KB works.
#The Battery KB is a "wiki" very much like Wikipedia in the sense that every page is open for editing by all Users.
#The Battery KB is ''not'' like Wikipedia because of its underlying ontological framework. This makes is harder for Users to understand how to edit and contribute compared to Wikipedia.
#''What is ontological framework?'' Simply put, this means essentially that '''everything''' is classified as a categorical entity with defined relationships to other objects, and ''nothing'' should exist outside of this framework.
#That means, compared to other wikis where you might simply create a page by writing on a blank slate and then link it to other places, you first instead go the '''Category''' to which that '''Entity''' would belong and create it from there along with defining some of its necessary traits.
##Example: if I wanted to create a page for myself in Wikipedia, I would create an article called Samson Y. Lai, and then write my biography and click Save. However, unless another Wikipedia article links to my article or vice versa, my article would essentially be {{Template:Viewer/Link|page=|url=https://en.wikipedia.org/wiki/Wikipedia:Orphan|label=orphaned}} and difficult to find except by explicit search. A person or bot editor would also later need to manually add Categories, such as "Person" and "Scientist" and "American", which can be tedious to assign or difficult to define.
##Conversely, in the Battery KB, to make a page which represents me, I go to the '''Category''' called '''User''' and create a new '''User Entity'''. This '''User Entity''' is an object that has pre-defined parameters, such as name, role, location, and relevant relationships to other '''Entities''' (e.g., '''Organization'''). In this way, the parameters are consistently used by all objects (no issues of "Person" vs. "Persons" vs. "person", etc.).
##This approach also applies to any other new '''Entity''': first find the '''Category''' that '''Entity''' would belong to, then create it using the '''+''' Create button and fill in the important parameters.
##For advanced users: some relationship parameters are pre-defined, but it is possible to add new parameters to a whole category. This should be done in consultation with those involved with curating the ontological infrastructure so as to be consistent and organized.
#''Why have an ontological framework?''
##An ontological framework means that all of the information is both ''human-''readable and ''machine''-readable. This enables both humans and AIs/algorithms to sort and understand the data better by understanding what kind of data it is and how it is related to other data.
##Having an ontological framework also means that data isn't "loose" and lost as some uncategorized piece. Remember: '''everything''' is classified as a categorical entity with defined relationships to other objects, and ''nothing'' should exist outside of this framework.
##The design of the Battery KB forces specific fields to link to an '''Entity''' instead of simply having a free-text field. This helps prevent data from existing outside of the ontological framework. This is why you can't simply write your name, but you must rather create yourself as a '''User Entity''' and insert that '''User Entity''' as belonging to a '''Project'''. In this way, it is always uniquely you who is chosen as related to something (and it won't be misspelled).
##Ontology and ontological frameworks have already been proven to be an effective method of sorting information and is already in use in search algorithms, such as Google's.
#If you want a deeper technical dive into how the Battery Knowledge Base works as a platform and its underlying technology, you can read more about it here: {{Template:Viewer/Link|page=Item:OSW8bccb1f0123f47d1831a1348ecbe63cc|url=|label=About this platform}}.
===How to add a new entity on the fly:===
So you've created an Entity or two under the Categories. But, maybe you had some trouble putting in Entities that don't exist yet because this wiki is in its early stages of creation. It can be a hassle to start creating a new '''Entity''', like a new '''User''', only to find that you want to link to other '''Entities''' that don't exist yet, like a new '''ResearchOrganization'''.
#Go to [[:Category:OSW1969007d5acf40539642877659a02c23]] and find your organization.
#Let's say you want to type in the country of your organization in the '''Country''' field, but that specific '''Country''' doesn't exist as an '''Entity''' in Battery KB yet.
##The system won't let you type a country name that isn't an existing country entity. Remember: ''nothing'' exists outside of the ontological framework.
##But now that you know how to create an entity, you could go the Category for the '''Country''' and click + Create on it. However, there's a faster method.
##Next to the field, click on the blue icon with two interlocked squares and a + icon in one of the squares.
##This will automatically take you a new Data-Editor pop-up box as if you hit + Create for that Category. You can now type in the name of the country in the Text parameter field. ''Tip'': If you're ever confused about which Data-Editor box you're in, just look at the top of the box.
##Click Save at the top right, which will create the new Entity and bring you back to the first Data-Editor pop-up box.
##Now type in the '''Country''' field the name of the '''Country Entity''' you just created. It may take a moment to show up. Try typing slowly.
#Click Save in the top right of the Data-editor window.
#Finished! Next step: improve the quality of your '''User Entity'''. Here is an example a good quality User Entity: [[Item:OSW72e733f317ef4cf9b8ca53e906c9acb9|Simon Clark]].

===How to contribute to the Battery KB===
OK, now you should be set up with the basics of a user account and understand the basic mechanics of how the Battery KB is built. Now, you want to start making real contributions to the content. Here are some how-to guides for specific actions when creating wiki content.
====How to make a link:====
A good wiki links relevant terms to their respective pages elsewhere in the wiki. This makes it very easy for a reader to learn more about an unfamiliar term. This is called a '''wiki''' link.

# Highlight the text that you want to link.
# Click the Link button at the top in visual editor or press Ctrl+K to open a dialog box.
##''Internal Link'' refers to Objects and Entities on the Battery Knowledge Base. When you type here, the system will suggest potential Entities.
##''External Link'' refers to URLs for the rest of the internet (e.g., www.google.com).
#Click save on the dialog box, then Save Changes on the page to finalize the link.

====How to add an image====
First, before you attempt to add an image, you have to again understand that '''everything''' in this wiki exists on an ontological framework. Just as you can't type in a person's name into a parameter field as text without making them first a '''User Entity''', you can't simply upload an image to an article or entity as it is. The ''image'' has to exist as an '''Entity''', too. But, as you also learned above, you can create this entity on the fly.
#At the top of the bar, click Insert -> Insert Images and media.
#Under Media elements, click the + button to add a parameter field.
#Click the blue button to "Create a new element in a separate dialog". This will allow you to upload the image as a '''Wiki File Entity''', save it and then come back to your original image insertion to ''link'' it to the article.
#At the top of the new dialog box Data-Editor, it should say '''Wiki File'''.
##Add in filename (this is required).
##If necessary, add in a description of the image. This can be thought of as the caption of the image (but it won't display as such automatically).
##Upload the image file in the File field or use Drag & Drop.
##Click Save in the upper right. This will return you to the '''Multimedia''' Data-Editor box.
##Your picture should now either be in the Search field. If not, try typing in the name you gave the image.
##A preview of the image should display.
##You can also add text into the Description field, which is displayed below the image element.
##If you want to use an image file which is already uploaded to the Battery KB, change Search from Attached File to Any File. The search field text will now search the entire Battery KB.
##When you're finished, click Save at the upper right to insert your image file.
##Click Save changes... in the top right of the page to finalize your edit to the '''Entity'''.
====How to add a table:====
#At the top of the visual editor, click Insert -> Table.
#A table will automatically be created. A pop-up helper window will allow you to delete the whole table or modify its properties.
#To modify an individual cell, double-click on the cell.
#To insert, move, or delete a column, left-click on the V symbol at the top of your column.
#To insert, move, or delete a row, left-click on the > symbol at the left of your row.
#The table will automatically adjust the width of its columns and height of its rows based on the amount of text contained in the cells.
#You can adjust some other properties, like making the table collapsible or sortable by clicking on the table and then clicking Properties on the pop-up at the bottom.
#You can delete the whole table using the same method as Step 7 and clicking Delete.
#Remember to click Save changes... at the top right to save your table.
====How to start a new article:====
#There are both Article and Tutorial categories to make new entities of.
##Article [[:Category:OSW92cc6b1a2e6b4bb7bad470dfdcfdaf26]]
##Tutorial [[:Category:OSW494f660e6a714a1a9681c517bbb975da]] All tutorials are a subcategory of Article.
#Go to the category and click the '''+''' Create at the top.
#Here's a tutorial about how to create articles [[Item:OSW52c2c5a6bbc84fcb8eab0fa69857e7dc]]

==== How to find out where to start contributing ====
You are now hopefully feeling confident about your abilities to navigate and work on the Battery KB. Where should you get started on working? The following Article Categories will be the main body of information of the Battery KB.

* AbstractKitMaterialCategory [[:Category:OSWd4b4c5bdb4c54bae815f1a11b62288d3]]
** A supercategory containing narrower categories like {{Template:Viewer/Link|page=Category:OSW5a8504ba30405714835ab95b5e6a4293|url=|label=Active Materials, binders, and addtives}}. Each category would then contain an item like NMC532 or graphite.
* Process Parameters overview: [[Item:OSWcb317bb1fee84d81b4b9b3d1d8037719]]
** Variables which influence battery cell fabrication.
* Measurement Techniques overview: [[Item:OSW4d112f9df7044e81b39f327cc07dbc37]]
** Methods to measure either Process Parameters or Key Performance Indicators.
* Key Performance Indicator overview: [[Item:OSW65f139c98efa499b94537f8a15f2be77]]
** Metrics which are used to evaluate the quality of a battery cell.

Each of these contains hundreds of articles that are currently empty and need filling and defining. For example, you can start with picking a measurement technique you know and explaining how it works. Feel free to take information from Wikipedia to get started.

====How to help cultivate a good wiki culture:====
#If you've never edited Wikipedia before or worked on any other kind of wiki, reading the introduction and basic five pillars of this page are extremely helpful to understanding what a successful wiki culture requires: {{Template:Viewer/Link|page=|url=https://en.wikipedia.org/wiki/Wikipedia:A_primer_for_newcomers|label=https://en.wikipedia.org/wiki/Wikipedia:A_primer_for_newcomers}}. In essence, Wikipedia has already developed processes and procedures that solve a lot of common problems and the Battery KB doesn't need to completely reinvent the wheel. The Five Pillars as adapted for Battery KB should be:
##The Battery KB is a knowledge base.
##The Battery KB requires a neutral point of view.
##The Battery KB is free content that anyone can edit and distribute.
##Contributors to the Battery KB should always be polite and respectful to each other.
##The Battery KB (thus far) does not have firm rules beyond these Five Pillars.
#These are important to the sustainability of a community but presently, the community on the Battery KB is very small and new rules or policies will be developed over time as it grows.
#There are also a few mental attitudes I found helpful to adopt:
##{{Template:Viewer/Link|page=|url=https://en.wikipedia.org/wiki/Wikipedia:Be_bold|label=Be bold.}} Wikipedia encourages people to be bold in contributing, because '''you have the power to fix it yourself instead of just talking about it.'''
##{{Template:Viewer/Link|page=|url=https://en.wikipedia.org/wiki/Wikipedia:Can%27t_break_it|label=You can't break it.}} Every wiki, including the Battery KB, generally can't be broken by a user contributing to it. Every edit is recorded and can be undone if necessary. Contributions also don't need to be perfect, as others can come and fix honest mistakes. Use the preview if you want to test something out and see what it looks like.
##{{Template:Viewer/Link|page=|url=https://en.wikipedia.org/wiki/Wikipedia:Assume_good_faith|label=Assume good faith.}} Act with the assumption that contributors are actively trying to help the Battery KB, not harm it even if their actions appear harmful.
====How to help with the organizational effort:====
======Presently, the Battery KB is in its early stages of creation and cannot rely solely on the organic type of growth that helps make Wikipedia a success. Instead, we need to have a targeted and coordinated effort to create a critical mass of knowledge and usefulness that attracts outside users organically.======
#If you have learned something difficult, write a how-to guide to help others learn that skill.
#Get in touch with the administrators if you have advanced coding experience which can help with implementing the ontological framework on the backend.

Category:OSWd4b4c5bdb4c54bae815f1a11b62288d3

2024-10-23T16:46:57Z

0000-0002-8227-3250: typo of Abtract -> Abstract

Item:OSW170b321e13ee4a1cb2005193da045ec1

2024-10-23T16:28:09Z

0000-0002-8227-3250:

Welcome to the Battery Knowledge Base. This guide assumes no prior knowledge to wikis or ontology, the two main technologies the Battery KB is built upon. The guide will first direct you through some basic actions before giving a more theoretical explanation of how the Battery KB works. First, you need to make an account.
===How to create an account===
#You need an account to make changes to the Battery KB.
#Click on the lower left "profile" icon and click Log in. You will be presented with a Username and Password field.
##If you have an ORCID as a researcher, then you can use that to set up your account. Your ORCID will become your username. Click the "Login with your ORCID Account" button and follow the instructions. (You will need to log into ORCID and then authorize the Battery KB to have access to your ORCID account information.)
##Afterwards, each time you need to log in again, click the same ORCID login button.
#If you don't have an ORCID, you need to make an ORCID account. Unfortunately, there is currently [as of 2024-08-15] no other automated option to obtain an account without ORCID. Sorry!
#Finished! Once you are logged in, clicking on the "profile" icon in the lower left will open up a new menu with more options, including a link to your user page, preferences, contributions, and logging out.
===How to change your username from your ORCID to a real name:===
You'll notice that your ORCID has become your user name, which is not useful for others to know who you are.
#Click on the lower left "profile" icon and click Preferences.
#Under Basic Information, there is a field called "Real name:". You can type in the name which best identifies you.
#Scroll to the bottom and click Save.
#Finished!
===How to make yourself a User Entity in the Battery KB (not the same as above):===
You are now a proper user for editing the Battery KB, but you also need to exist as an User Entity in the Battery KB. This page object reflects who you exist as in reality.
#Go to this page: [[:Category:OSWd9aa0bca9b0040d8af6f5c091bf9eec7]]
#At the top, click + Create.
#Fill in the parameters where relevant and required. At a minimum, first name and last name. Note: you might not be able to find your organization yet. Don't worry, if so, that's an exercise for later.
#Save your entity by clicking Save in the top right!
#If you're still having trouble, you can watch {{Template:Viewer/Link|page=Item:OSW90a301a65a534132a8d12bcce71eff41|url=|label=this video tutorial}}.
===How to add your User Entity to a project:===
As a User Entity in the Battery KB, you can now essentially tag or define yourself in relation to other objects. For example, try finding your Battery 2030+ project and adding yourself as a Member to that project by doing the following steps.
#Find your project. You can use search or this Category: [[:Category:OSWb2d7e6a2eff94c82b7f1f2699d5b0ee3]]
#Click on that Project's name to find their entity page.
#At the top, there are two edit buttons: '''Edit data''' and '''Edit'''.
##'''Edit data''': this allows you to modify the parameters of the project entity. Essentially, it allows you to update the project's relationship to other objects, such as you being a member of the project.
##'''Edit''': this allows you to modify the information displayed on the project's entity page, like Project Overview.
#Click on Edit data and scroll down to find the '''Member''' info box.
#Click the + sign to add a new node.
#Type in your name in the search box and click on the right entry from the search suggestions.
##Troubleshooting: if you can't find your name, that means you didn't create yourself as a User Entity first. You need to do that before adding yourself to a project. No, you cannot simply type in your name for now.
#Click Save.
#Finished! Note: it may take some time for the changes are reflected on the page. You can try refreshing and purging the cache by using Shift+F5 (on Windows).
===How to add your User Entity to an organization:===
You can add yourself to an organization (typically, your employer but also other types of organizations like departments or smaller units like research groups). But this is done differently from adding yourself to a Project.
#Find your organization. You can use search or this Category: [[:Category:OSW1969007d5acf40539642877659a02c23]].
##Does your organization not exist? We can solve that by creating your organization as an Entity in the Battery KB. Firstly, we should know what kind of organization you belong to. We have the following existing categories:
###Research Organization: research institutes that are not education-focused [[:Category:OSW789dcd084860478dbc60361a2da7c823]]
###Educational Organization: universities and such [[:Category:OSW9d63242855e44ab8b26d6ad9792a67b3]]
###Corporation: industrial organizations [[:Category:OSW5f4a3751d23e482d80fb0b72dcd6bc31]]
###Organization: a general category for things that don't fit in the above [[:Category:OSW1969007d5acf40539642877659a02c23]]
###Go to the category your organization most fits and click +Create on that page to create a new Entity, just like you did for your User Entity.
###Fill in the usual information. Note that acronyms go under the field Short Name(s). But this parameter field doesn't show up by default.
####Click the "select properties" button at the top.
####Scroll down to find the "Short name(s)" field and click the checkbox. Click outside of the small menu to close it.
####A new field box named "Short name(s):" is now in the Data-Editor window.
####Click on the + to create a node and type in the acronym/short name of the organization.
#If your organization already exists, click on that Organization's name to find their entity page.
#At the top, there are two edit buttons: '''Edit data''' and '''Edit'''.
#Click on '''Edit data''' and scroll down to find the '''Member''' info box.
#Click the + sign to add a new node.
#Type in your name in the search box and click on the right entry from the search suggestions. You can't just write your name, you need to find your '''User Entity''' to add.
#Click Save.
#Finished! To review: to add your Organizational affiliation, go to '''your User Entity''' and add it there. To associate yourself with a Project, go to '''the Project Entity''' and add yourself to the '''Member''' field there.
#Should you use '''Member''' vs. '''Member of''' in the Project Entity
##'''Member''': if you want to associate yourself or your institutional affiliation with a '''Project''', note that you go to the '''Project''' and '''Edit data''' there, ''not'' '''Edit data''' on your '''User Entity'''. That field simply doesn't exist for a '''User Entity'''. Ontologically speaking, '''Members/User Entities''' are a part of a '''Project''', but the reverse isn't true: '''Projects''' are ''not'' a feature or parameter of any '''User Entity'''.
##'''Member of''': If your organization belongs to a larger organizational unit, then you can edit your organization's entity page to show that it is a '''Member of''' the larger organization. If you put the organization as a '''Member of''' the project (this shouldn't be allowed anyway, but you may be confused as to why), it means your project would own your organization (which probably isn't true). However, a '''Project''' might be a '''Member of''' a larger family of projects.
===How to understand the Battery KB:===
You should now have a proper '''User Entity''', which has both '''Project''' and an '''Organization''' '''Entities''' to which it is related as a '''Member'''. At this point, it's good to explain how the Battery KB works.
#The Battery KB is a "wiki" very much like Wikipedia in the sense that every page is open for editing by all Users.
#The Battery KB is ''not'' like Wikipedia because of its underlying ontological framework. This makes is harder for Users to understand how to edit and contribute compared to Wikipedia.
#''What is ontological framework?'' Simply put, this means essentially that '''everything''' is classified as a categorical entity with defined relationships to other objects, and ''nothing'' should exist outside of this framework.
#That means, compared to other wikis where you might simply create a page by writing on a blank slate and then link it to other places, you first instead go the '''Category''' to which that '''Entity''' would belong and create it from there along with defining some of its necessary traits.
##Example: if I wanted to create a page for myself in Wikipedia, I would create an article called Samson Y. Lai, and then write my biography and click Save. However, unless another Wikipedia article links to my article or vice versa, my article would essentially be {{Template:Viewer/Link|page=|url=https://en.wikipedia.org/wiki/Wikipedia:Orphan|label=orphaned}} and difficult to find except by explicit search. A person or bot editor would also later need to manually add Categories, such as "Person" and "Scientist" and "American", which can be tedious to assign or difficult to define.
##Conversely, in the Battery KB, to make a page which represents me, I go to the '''Category''' called '''User''' and create a new '''User Entity'''. This '''User Entity''' is an object that has pre-defined parameters, such as name, role, location, and relevant relationships to other '''Entities''' (e.g., '''Organization'''). In this way, the parameters are consistently used by all objects (no issues of "Person" vs. "Persons" vs. "person", etc.).
##This approach also applies to any other new '''Entity''': first find the '''Category''' that '''Entity''' would belong to, then create it using the +Create button and fill in the important parameters.
##For advanced users: some relationship parameters are pre-defined, but it is possible to add new parameters to a whole category. This should be done in consultation with those involved with curating the ontological infrastructure so as to be consistent and organized.
#''Why have an ontological framework?''
##An ontological framework means that all of the information is both ''human-''readable and ''machine''-readable. This enables both humans and AIs/algorithms to sort and understand the data better by understanding what kind of data it is and how it is related to other data.
##Having an ontological framework also means that data isn't "loose" and lost as some uncategorized piece. Remember: '''everything''' is classified as a categorical entity with defined relationships to other objects, and ''nothing'' should exist outside of this framework.
##The design of the Battery KB forces specific fields to link to an '''Entity''' instead of simply having a free-text field. This helps prevent data from existing outside of the ontological framework. This is why you can't simply write your name, but you must rather create yourself as a '''User Entity''' and insert that '''User Entity''' as belonging to a '''Project'''. In this way, it is always uniquely you who is chosen as related to something (and it won't be misspelled).
##Ontology and ontological frameworks have already been proven to be an effective method of sorting information and is already in use in search algorithms, such as Google's.
#If you want a deeper technical dive into how the Battery Knowledge Base works as a platform and its underlying technology, you can read more about it here: {{Template:Viewer/Link|page=Item:OSW8bccb1f0123f47d1831a1348ecbe63cc|url=|label=About this platform}}.
===How to add a new entity on the fly:===
So you've created an Entity or two under the Categories. But, maybe you had some trouble putting in Entities that don't exist yet because this wiki is in its early stages of creation. It can be a hassle to start creating a new '''Entity''', like a new '''User''', only to find that you want to link to other '''Entities''' that don't exist yet, like a new '''ResearchOrganization'''.
#Go to [[:Category:OSW1969007d5acf40539642877659a02c23]] and find your organization.
#Let's say you want to type in the country of your organization in the '''Country''' field, but that specific '''Country''' doesn't exist as an '''Entity''' in Battery KB yet.
##The system won't let you type a country name that isn't an existing country entity. Remember: ''nothing'' exists outside of the ontological framework.
##But now that you know how to create an entity, you could go the Category for the '''Country''' and click + Create on it. However, there's a faster method.
##Next to the field, click on the blue icon with two interlocked squares and a + icon in one of the squares.
##This will automatically take you a new Data-Editor pop-up box as if you hit + Create for that Category. You can now type in the name of the country in the Text parameter field. ''Tip'': If you're ever confused about which Data-Editor box you're in, just look at the top of the box.
##Click Save at the top right, which will create the new Entity and bring you back to the first Data-Editor pop-up box.
##Now type in the '''Country''' field the name of the '''Country Entity''' you just created. It may take a moment to show up. Try typing slowly.
#Click Save in the top right of the Data-editor window.
#Finished! Next step: improve the quality of your '''User Entity'''. Here is an example a good quality User Entity: [[Item:OSW72e733f317ef4cf9b8ca53e906c9acb9|Simon Clark]].
===How to contribute to the Battery KB===
OK, now you should be set up with the basics of a user account and understand the basic mechanics of how the Battery KB is built. Now, you want to start making real contributions to the content. Here are some how-to guides for specific actions when creating wiki content.
====How to make a link:====
A good wiki links relevant terms to their respective pages elsewhere in the wiki. This makes it very easy for a reader to learn more about an unfamiliar term. This is called a '''wiki''' link.

# Highlight the text that you want to link.
# Click the Link button at the top in visual editor or press Ctrl+K to open a dialog box.
##''Internal Link'' refers to Objects and Entities on the Battery Knowledge Base. When you type here, the system will suggest potential Entities.
##''External Link'' refers to URLs for the rest of the internet (e.g., www.google.com).
#Click save on the dialog box, then Save Changes on the page to finalize the link.

====How to add an image====
First, before you attempt to add an image, you have to again understand that '''everything''' in this wiki exists on an ontological framework. Just as you can't type in a person's name into a parameter field as text without making them first a '''User Entity''', you can't simply upload an image to an article or entity as it is. The ''image'' has to exist as an '''Entity''', too. But, as you also learned above, you can create this entity on the fly.
#At the top of the bar, click Insert -> Insert Images and media.
#Under Media elements, click the + button to add a parameter field.
#Click the blue button to "Create a new element in a separate dialog". This will allow you to upload the image as a '''Wiki File Entity''', save it and then come back to your original image insertion to ''link'' it to the article.
#At the top of the new dialog box Data-Editor, it should say '''Wiki File'''.
##Add in filename (this is required).
##If necessary, add in a description of the image. This can be thought of as the caption of the image (but it won't display as such automatically).
##Upload the image file in the File field or use Drag & Drop.
##Click Save in the upper right. This will return you to the '''Multimedia''' Data-Editor box.
##Your picture should now either be in the Search field. If not, try typing in the name you gave the image.
##A preview of the image should display.
##You can also add text into the Description field, which is displayed below the image element.
##If you want to use an image file which is already uploaded to the Battery KB, change Search from Attached File to Any File. The search field text will now search the entire Battery KB.
##When you're finished, click Save at the upper right to insert your image file.
##Click Save changes... in the top right of the page to finalize your edit to the '''Entity'''.
====How to add a table:====
#At the top of the visual editor, click Insert -> Table.
#A table will automatically be created. A pop-up helper window will allow you to delete the whole table or modify its properties.
#To modify an individual cell, double-click on the cell.
#To insert, move, or delete a column, left-click on the V symbol at the top of your column.
#To insert, move, or delete a row, left-click on the > symbol at the left of your row.
#The table will automatically adjust the width of its columns and height of its rows based on the amount of text contained in the cells.
#You can adjust some other properties, like making the table collapsible or sortable by clicking on the table and then clicking Properties on the pop-up at the bottom.
#You can delete the whole table using the same method as Step 7 and clicking Delete.
#Remember to click Save changes... at the top right to save your table.
====How to start a new article:====
#There are both Article and Tutorial categories to make new entities of.
##Article [[:Category:OSW92cc6b1a2e6b4bb7bad470dfdcfdaf26]]
##Tutorial [[:Category:OSW494f660e6a714a1a9681c517bbb975da]] All tutorials are a subcategory of Article.
#Go to the category and click the +Create at the top.
#Here's a tutorial about how to create articles [[Item:OSW52c2c5a6bbc84fcb8eab0fa69857e7dc]]
====How to help cultivate a good wiki culture:====
#If you've never edited Wikipedia before or worked on any other kind of wiki, reading the introduction and basic five pillars of this page are extremely helpful to understanding what a successful wiki culture requires: {{Template:Viewer/Link|page=|url=https://en.wikipedia.org/wiki/Wikipedia:A_primer_for_newcomers|label=https://en.wikipedia.org/wiki/Wikipedia:A_primer_for_newcomers}}. In essence, Wikipedia has already developed processes and procedures that solve a lot of common problems and the Battery KB doesn't need to completely reinvent the wheel. The Five Pillars as adapted for Battery KB should be:
##The Battery KB is a knowledge base.
##The Battery KB requires a neutral point of view.
##The Battery KB is free content that anyone can edit and distribute.
##Contributors to the Battery KB should always be polite and respectful to each other.
##The Battery KB (thus far) does not have firm rules beyond these Five Pillars.
#These are important to the sustainability of a community but presently, the community on the Battery KB is very small and new rules or policies will be developed over time as it grows.
#There are also a few mental attitudes I found helpful to adopt:
##{{Template:Viewer/Link|page=|url=https://en.wikipedia.org/wiki/Wikipedia:Be_bold|label=Be bold.}} Wikipedia encourages people to be bold in contributing, because '''you have the power to fix it yourself instead of just talking about it.'''
##{{Template:Viewer/Link|page=|url=https://en.wikipedia.org/wiki/Wikipedia:Can%27t_break_it|label=You can't break it.}} Every wiki, including the Battery KB, generally can't be broken by a user contributing to it. Every edit is recorded and can be undone if necessary. Contributions also don't need to be perfect, as others can come and fix honest mistakes. Use the preview if you want to test something out and see what it looks like.
##{{Template:Viewer/Link|page=|url=https://en.wikipedia.org/wiki/Wikipedia:Assume_good_faith|label=Assume good faith.}} Act with the assumption that contributors are actively trying to help the Battery KB, not harm it even if their actions appear harmful.
====How to help with the organizational effort:====
======Presently, the Battery KB is in its early stages of creation and cannot rely solely on the organic type of growth that helps make Wikipedia a success. Instead, we need to have a targeted and coordinated effort to create a critical mass of knowledge and usefulness that attracts outside users organically.======
#If you have learned something difficult, write a how-to guide to help others learn that skill.
#Get in touch with the administrators if you have advanced coding experience which can help with implementing the ontological framework on the backend.

Item:OSW170b321e13ee4a1cb2005193da045ec1

2024-10-23T16:27:42Z

0000-0002-8227-3250:

Welcome to the Battery Knowledge Base. This guide assumes no prior knowledge to wikis or ontology, the two main technologies the Battery KB is built upon. The guide will first direct you through some basic actions before giving a more theoretical explanation of how the Battery KB works. First, you need to make an account.
===How to create an account===
#You need an account to make changes to the Battery KB.
#Click on the lower left "profile" icon and click Log in. You will be presented with a Username and Password field.
##If you have an ORCID as a researcher, then you can use that to set up your account. Your ORCID will become your username. Click the "Login with your ORCID Account" button and follow the instructions. (You will need to log into ORCID and then authorize the Battery KB to have access to your ORCID account information.)
##Afterwards, each time you need to log in again, click the same ORCID login button.
#If you don't have an ORCID, you need to make an ORCID account. Unfortunately, there is currently [as of 2024-08-15] no other automated option to obtain an account without ORCID. Sorry!
#Finished! Once you are logged in, clicking on the "profile" icon in the lower left will open up a new menu with more options, including a link to your user page, preferences, contributions, and logging out.
===How to change your username from your ORCID to a real name:===
You'll notice that your ORCID has become your user name, which is not useful for others to know who you are.
#Click on the lower left "profile" icon and click Preferences.
#Under Basic Information, there is a field called "Real name:". You can type in the name which best identifies you.
#Scroll to the bottom and click Save.
#Finished!
===How to make yourself a User Entity in the Battery KB (not the same as above):===
You are now a proper user for editing the Battery KB, but you also need to exist as an User Entity in the Battery KB. This page object reflects who you exist as in reality.
#Go to this page: [[:Category:OSWd9aa0bca9b0040d8af6f5c091bf9eec7]]
#At the top, click + Create.
#Fill in the parameters where relevant and required. At a minimum, first name and last name. Note: you might not be able to find your organization yet. Don't worry, if so, that's an exercise for later.
#Save your entity by clicking Save in the top right!
#If you're still having trouble, you can watch {{Template:Viewer/Link|page=Item:OSW90a301a65a534132a8d12bcce71eff41|url=|label=this video tutorial}}.
===How to add your User Entity to a project:===
As a User Entity in the Battery KB, you can now essentially tag or define yourself in relation to other objects. For example, try finding your Battery 2030+ project and adding yourself as a Member to that project by doing the following steps.
#Find your project. You can use search or this Category: [[:Category:OSWb2d7e6a2eff94c82b7f1f2699d5b0ee3]]
#Click on that Project's name to find their entity page.
#At the top, there are two edit buttons: '''Edit data''' and '''Edit'''.
##'''Edit data''': this allows you to modify the parameters of the project entity. Essentially, it allows you to update the project's relationship to other objects, such as you being a member of the project.
##'''Edit''': this allows you to modify the information displayed on the project's entity page, like Project Overview.
#Click on Edit data and scroll down to find the '''Member''' info box.
#Click the + sign to add a new node.
#Type in your name in the search box and click on the right entry from the search suggestions.
##Troubleshooting: if you can't find your name, that means you didn't create yourself as a User Entity first. You need to do that before adding yourself to a project. No, you cannot simply type in your name for now.
#Click Save.
#Finished! Note: it may take some time for the changes are reflected on the page. You can try refreshing and purging the cache by using Shift+F5 (on Windows).
===How to add your User Entity to an organization:===
You can add yourself to an organization (typically, your employer but also other types of organizations like departments or smaller units like research groups). But this is done differently from adding yourself to a Project.
#Find your organization. You can use search or this Category: [[:Category:OSW1969007d5acf40539642877659a02c23]].
##Does your organization not exist? We can solve that by creating your organization as an Entity in the Battery KB. Firstly, we should know what kind of organization you belong to. We have the following existing categories:
###Research Organization: research institutes that are not education-focused [[:Category:OSW789dcd084860478dbc60361a2da7c823]]
###Educational Organization: universities and such [[:Category:OSW9d63242855e44ab8b26d6ad9792a67b3]]
###Corporation: industrial organizations [[:Category:OSW5f4a3751d23e482d80fb0b72dcd6bc31]]
###Organization: a general category for things that don't fit in the above [[:Category:OSW1969007d5acf40539642877659a02c23]]
###Go to the category your organization most fits and click +Create on that page to create a new Entity, just like you did for your User Entity.
###Fill in the usual information. Note that acronyms go under the field Short Name(s). But this parameter field doesn't show up by default.
####Click the "select properties" button at the top.
####Scroll down to find the "Short name(s)" field and click the checkbox. Click outside of the small menu to close it.
####A new field box named "Short name(s):" is now in the Data-Editor window.
####Click on the + to create a node and type in the acronym/short name of the organization.
#If your organization already exists, click on that Organization's name to find their entity page.
#At the top, there are two edit buttons: '''Edit data''' and '''Edit'''.
#Click on '''Edit data''' and scroll down to find the '''Member''' info box.
#Click the + sign to add a new node.
#Type in your name in the search box and click on the right entry from the search suggestions. You can't just write your name, you need to find your '''User Entity''' to add.
#Click Save.
#Finished! To review: to add your Organizational affiliation, go to '''your User Entity''' and add it there. To associate yourself with a Project, go to '''the Project Entity''' and add yourself to the '''Member''' field there.
#Should you use '''Member''' vs. '''Member of''' in the Project Entity
##'''Member''': if you want to associate yourself or your institutional affiliation with a '''Project''', note that you go to the '''Project''' and '''Edit data''' there, ''not'' '''Edit data''' on your '''User Entity'''. That field simply doesn't exist for a '''User Entity'''. Ontologically speaking, '''Members/User Entities''' are a part of a '''Project''', but the reverse isn't true: '''Projects''' are ''not'' a feature or parameter of any '''User Entity'''.
##'''Member of''': If your organization belongs to a larger organizational unit, then you can edit your organization's entity page to show that it is a '''Member of''' the larger organization. If you put the organization as a '''Member of''' the project (this shouldn't be allowed anyway, but you may be confused as to why), it means your project would own your organization (which probably isn't true). However, a '''Project''' might be a '''Member of''' a larger family of projects.
===How to understand the Battery KB:===
You should now have a proper '''User Entity''', which has both '''Project''' and an '''Organization''' '''Entities''' to which it is related as a '''Member'''. At this point, it's good to explain how the Battery KB works.
#The Battery KB is a "wiki" very much like Wikipedia in the sense that every page is open for editing by all Users.
#The Battery KB is ''not'' like Wikipedia because of its underlying ontological framework. This makes is harder for Users to understand how to edit and contribute compared to Wikipedia.
#''What is ontological framework?'' Simply put, this means essentially that '''everything''' is classified as a categorical entity with defined relationships to other objects, and ''nothing'' should exist outside of this framework.
#That means, compared to other wikis where you might simply create a page by writing on a blank slate and then link it to other places, you first instead go the '''Category''' to which that '''Entity''' would belong and create it from there along with defining some of its necessary traits.
##Example: if I wanted to create a page for myself in Wikipedia, I would create an article called Samson Y. Lai, and then write my biography and click Save. However, unless another Wikipedia article links to my article or vice versa, my article would essentially be {{Template:Viewer/Link|page=|url=https://en.wikipedia.org/wiki/Wikipedia:Orphan|label=orphaned}} and difficult to find except by explicit search. A person or bot editor would also later need to manually add Categories, such as "Person" and "Scientist" and "American", which can be tedious to assign or difficult to define.
##Conversely, in the Battery KB, to make a page which represents me, I go to the '''Category''' called '''User''' and create a new '''User Entity'''. This '''User Entity''' is an object that has pre-defined parameters, such as name, role, location, and relevant relationships to other '''Entities''' (e.g., '''Organization'''). In this way, the parameters are consistently used by all objects (no issues of "Person" vs. "Persons" vs. "person", etc.).
##This approach also applies to any other new '''Entity''': first find the '''Category''' that '''Entity''' would belong to, then create it using the +Create button and fill in the important parameters.
##For advanced users: some relationship parameters are pre-defined, but it is possible to add new parameters to a whole category. This should be done in consultation with those involved with curating the ontological infrastructure so as to be consistent and organized.
#''Why have an ontological framework?''
##An ontological framework means that all of the information is both ''human-''readable and ''machine''-readable. This enables both humans and AIs/algorithms to sort and understand the data better by understanding what kind of data it is and how it is related to other data.
##Having an ontological framework also means that data isn't "loose" and lost as some uncategorized piece. Remember: '''everything''' is classified as a categorical entity with defined relationships to other objects, and ''nothing'' should exist outside of this framework.
##The design of the Battery KB forces specific fields to link to an '''Entity''' instead of simply having a free-text field. This helps prevent data from existing outside of the ontological framework. This is why you can't simply write your name, but you must rather create yourself as a '''User Entity''' and insert that '''User Entity''' as belonging to a '''Project'''. In this way, it is always uniquely you who is chosen as related to something (and it won't be misspelled).
##Ontology and ontological frameworks have already been proven to be an effective method of sorting information and is already in use in search algorithms, such as Google's.
#If you want a deeper technical dive into how the Battery Knowledge Base works as a platform and its underlying technology, you can read more about it here: {{Template:Viewer/Link|page=Item:OSW8bccb1f0123f47d1831a1348ecbe63cc|url=|label=About this platform}}.
===How to add a new entity on the fly:===
So you've created an Entity or two under the Categories. But, maybe you had some trouble putting in Entities that don't exist yet because this wiki is in its early stages of creation. It can be a hassle to start creating a new '''Entity''', like a new '''User''', only to find that you want to link to other '''Entities''' that don't exist yet, like a new '''ResearchOrganization'''.
#Go to [[:Category:OSW1969007d5acf40539642877659a02c23]] and find your organization.
#Let's say you want to type in the country of your organization in the '''Country''' field, but that specific '''Country''' doesn't exist as an '''Entity''' in Battery KB yet.
##The system won't let you type a country name that isn't an existing country entity. Remember: ''nothing'' exists outside of the ontological framework.
##But now that you know how to create an entity, you could go the Category for the '''Country''' and click + Create on it. However, there's a faster method.
##Next to the field, click on the blue icon with two interlocked squares and a + icon in one of the squares.
##This will automatically take you a new Data-Editor pop-up box as if you hit + Create for that Category. You can now type in the name of the country in the Text parameter field. ''Tip'': If you're ever confused about which Data-Editor box you're in, just look at the top of the box.
##Click Save at the top right, which will create the new Entity and bring you back to the first Data-Editor pop-up box.
##Now type in the '''Country''' field the name of the '''Country Entity''' you just created. It may take a moment to show up. Try typing slowly.
#Click Save in the top right of the Data-editor window.
#Finished! Next step: improve the quality of your '''User Entity'''. Here is an example a good quality User Entity: [[Item:OSW72e733f317ef4cf9b8ca53e906c9acb9|Simon Clark]].
===How to contribute to the Battery KB===
OK, now you should be set up with the basics of a user account and understand the basic mechanics of how the Battery KB is built. Now, you want to start making real contributions to the content. Here are some how-to guides for specific actions when creating wiki content.
====How to make a link:====
A good wiki links relevant terms to their respective pages elsewhere in the wiki. This makes it very easy for a reader to learn more about an unfamiliar term. This is called a '''wiki''' link.

# Highlight the text that you want to link.
# Click the Link button at the top in visual editor or press Ctrl+K to open a dialog box.
##''Internal Link'' refers to Objects and Entities on the Battery Knowledge Base. When you type here, the system will suggest potential Entities.
##''External Link'' refers to URLs for the rest of the internet (e.g., www.google.com).
#Click save on the dialog box, then Save Changes on the page to finalize the link.

====How to add an image====
First, before you attempt to add an image, you have to again understand that '''everything''' in this wiki exists on an ontological framework. Just as you can't type in a person's name into a parameter field as text without making them first a '''User Entity''', you can't simply upload an image to an article or entity as it is. The ''image'' has to exist as an '''Entity''', too. But, as you also learned above, you can create this entity on the fly.
#At the top of the bar, click Insert -> Insert Images and media.
#Under Media elements, click the + button to add a parameter field.
#Click the blue button to "Create a new element in a separate dialog". This will allow you to upload the image as a '''Wiki File Entity''', save it and then come back to your original image insertion to ''link'' it to the article.
#At the top of the new dialog box Data-Editor, it should say '''Wiki File'''.
##Add in filename (this is required).
##If necessary, add in a description of the image. This can be thought of as the caption of the image (but it won't display as such automatically).
##Upload the image file in the File field or use Drag & Drop.
##Click Save in the upper right. This will return you to the '''Multimedia''' Data-Editor box.
##Your picture should now either be in the Search field. If not, try typing in the name you gave the image.
##A preview of the image should display.
##You can also add text into the Description field, which is displayed below the image element.
##If you want to use an image file which is already uploaded to the Battery KB, change Search from Attached File to Any File. The search field text will now search the entire Battery KB.
##When you're finished, click Save at the upper right to insert your image file.
##Click Save changes... in the top right of the page to finalize your edit to the '''Entity'''.
====How to add a table:====
#At the top of the visual editor, click Insert -> Table.
#A table will automatically be created. A pop-up helper window will allow you to delete the whole table or modify its properties.
#To modify an individual cell, double-click on the cell.
#To insert, move, or delete a column, left-click on the V symbol at the top of your column.
#To insert, move, or delete a row, left-click on the > symbol at the left of your row.
#The table will automatically adjust the width of its columns and height of its rows based on the amount of text contained in the cells.
#You can adjust some other properties, like making the table collapsible or sortable by clicking on the table and then clicking Properties on the pop-up at the bottom.
#You can delete the whole table using the same method as Step 7 and clicking Delete.
#Remember to click Save changes... at the top right to save your table.
====How to start a new article:====
#There are both Article and Tutorial categories to make new entities of.
##Article [[:Category:OSW92cc6b1a2e6b4bb7bad470dfdcfdaf26]]
##Tutorial [[:Category:OSW494f660e6a714a1a9681c517bbb975da]] All tutorials are a subcategory of Article.
#Go to the category and click the +Create at the top.
#Here's a tutorial about how to create articles [[Item:OSW52c2c5a6bbc84fcb8eab0fa69857e7dc]]
====How to help cultivate a good wiki culture:====
#If you've never edited Wikipedia before or worked on any other kind of wiki, reading the introduction and basic five pillars of this page are extremely helpful to understanding what a successful wiki culture requires: {{Template:Viewer/Link|page=|url=https://en.wikipedia.org/wiki/Wikipedia:A_primer_for_newcomers|label=https://en.wikipedia.org/wiki/Wikipedia:A_primer_for_newcomers}}. In essence, Wikipedia has already developed processes and procedures that solve a lot of common problems and the Battery KB doesn't need to completely reinvent the wheel. The Five Pillars as adapted for Battery KB should be:
##The Battery KB is a knowledge base.
##The Battery KB requires a neutral point of view.
##The Battery KB is free content that anyone can edit and distribute.
##Contributors to the Battery KB should always be polite and respectful to each other.
##The Battery KB (thus far) does not have firm rules beyond these Five Pillars.
#These are important to the sustainability of a community but presently, the community on the Battery KB is very small and new rules or policies will be developed over time as it grows.
#There are also a few mental attitudes I found helpful to adopt:
##{{Template:Viewer/Link|page=|url=https://en.wikipedia.org/wiki/Wikipedia:Be_bold|label=Be bold.}} Wikipedia encourages people to be bold in contributing, because '''you have the power to fix it yourself instead of just talking about it.'''
##{{Template:Viewer/Link|page=|url=https://en.wikipedia.org/wiki/Wikipedia:Can%27t_break_it|label=You can't break it.}} Every wiki, including the Battery KB, generally can't be broken by a user contributing to it. Every edit is recorded and can be undone if necessary. Contributions also don't need to be perfect, as others can come and fix honest mistakes. Use the preview if you want to test something out and see what it looks like.
##{{Template:Viewer/Link|page=|url=https://en.wikipedia.org/wiki/Wikipedia:Assume_good_faith|label=Assume good faith.}} Act with the assumption that contributors are actively trying to help the Battery KB, not harm it even if their actions appear harmful.
====How to help with the organizational effort:====
======Presently, the Battery KB is in its early stages of creation and cannot rely solely on the organic type of growth that helps make Wikipedia a success. Instead, we need to have a targeted and coordinated effort to create a critical mass of knowledge and usefulness that attracts outside users organically.======
#If you have learned something difficult, write a how-to guide to help others learn that skill.
#Get in touch with the administrators if you have advanced coding experience which can help with implementing the ontological framework on the backend.

Item:OSW170b321e13ee4a1cb2005193da045ec1

2024-10-23T16:07:26Z

0000-0002-8227-3250:

Item:OSW3d31fba2cdab4da0aa7de038df8bd96d

2024-10-23T16:02:10Z

0000-0002-8227-3250:

Hello, you've found the user page for Samson Y. Lai (aka ORCID user 0000-0002-8227-3250).

I am the Group Leader for Materials Development at the {{Template:Viewer/Link|page=|url=http://www.ife.no/en|label=Institute for Energy Technology (IFE)}} in Norway. I am also coordinator of the {{Template:Viewer/Link|page=|url=https://www.salamander-eu.com|label=SALAMANDER}} Horizon Europe Project, a part of the Battery 2030+ CSA. The SALAMANDER project has its own project {{Template:Viewer/Link|page=Item:OSW1798fc130102418e9a8d67dea7f53ff3|url=|label=page}} on the Battery Knowledge Base.

My technical expertise is/was in silicon anodes and characterization methods. Nowadays, I mostly do project management, supervision, and mentoring.

Some of my IFE collaborators below are also here on the wiki:

* Dr. Inger-Emma Nylund [[User:0000-0002-1431-9384|0000-0002-1431-9384]]
* Dr. Nienke Visser
* Dr. David Wragg
* Theresa Nguyen
* Tommy Nordby
* Raphael Kuhn

Pleased to meet you and feel free to contact me on {{Template:Viewer/Link|page=|url=https://www.linkedin.com/in/samsonlai/|label=LinkedIn}} if you have any questions.

== Task list ==
Here is a list of areas I am working on:
Process Parameters overview: [[Item:OSWcb317bb1fee84d81b4b9b3d1d8037719]]

* Cell type and size [[:Category:OSW14fe861343b35caeb2c63a9c0ada2c75]]
* Cell components (lab-scale) [[:Category:OSW78ae8fbed378512a8d9d9bc3e8291e43]]

Measurement Techniques overview: [[Item:OSW4d112f9df7044e81b39f327cc07dbc37]]

* 3-point bend test [[:Category:OSWb9b34150a69b5d839899df64156c0510]]
* Chronoamperometry [[:Category:OSW3679dbe1df3b5da38542efc6dd97f0c2]]
* Contact angle measurement [[:Category:OSW37be1e8b16fc5d3f9504a30aad368d39]]

KPI overview: [[Item:OSW65f139c98efa499b94537f8a15f2be77]]

* Coulombic efficiency [[:Category:OSWda4a35e46d045d61917969bad28f75c0]]
* Cycle life [[:Category:OSWed423cb0c0e65d8e8890f68ef881687d]]

{| class="wikitable sortable mw-collapsible"
|+

!General wiki stuff
!User guides
!Visual improvements
!Policy stuff
|-
|Update the Main Page for BatteryKB.
|Create a manual of style for BatteryKB.
|Make the info box narrower, hide the "machine-readable" relevant content inside the wiki text as comments
|Short name or acronym for Battery Knowledge Base
|-
|Create a community task list to organize effort and '''comprehensively''' curate specific content.
|How to help (based on https://en.wikipedia.org/wiki/Wikipedia:Contributing_to_Wikipedia)
|Fix the TOC being out of order (Abstract on SALAMANDER page is at the bottom).
|
|-
|Create templates to make content curation more efficient.
|New user guide to editing the Battery wiki
|
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|-
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|How to edit the json file directly to fix a mistake (need to include a comment on why the change was made and update erforderlich to English)
|
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|-
|Make sure everyone at IFE has created their User entities
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|-
|What's the difference between add Organization to User Entity and adding User Entity to Member person(s) to an Organization
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== How to get started ==
This is a temporary workspace for writing how-to guides.

Welcome to the Battery Knowledge Base. This guide assumes no prior knowledge to wikis or ontology, the two main technologies the Battery KB is built upon. The guide will first direct you through some basic actions before giving a more theoretical explanation of how the Battery KB works. First, you need to make an account.

=== How to create an account ===
# You need an account to make changes to the Battery KB.
# Click on the lower left "profile" icon and click Log in. You will be presented with a Username and Password field.
## If you have an ORCID as a researcher, then you can use that to set up your account. Your ORCID will become your username. Click the "Login with your ORCID Account" button and follow the instructions. (You will need to log into ORCID and then authorize the Battery KB to have access to your ORCID account information.)
## Afterwards, each time you need to log in again, click the same ORCID login button.
# If you don't have an ORCID, you need to make an ORCID account. Unfortunately, there is currently [as of 2024-08-15] no other automated option to obtain an account without ORCID. Sorry!
# Finished! Once you are logged in, clicking on the "profile" icon in the lower left will open up a new menu with more options, including a link to your user page, preferences, contributions, and logging out.

=== How to change your username from your ORCID to a real name: ===
You'll notice that your ORCID has become your user name, which is not useful for others to know who you are.
# Click on the lower left "profile" icon and click Preferences.
# Under Basic Information, there is a field called "Real name:". You can type in the name which best identifies you.
# Scroll to the bottom and click Save.
# Finished!

=== How to make yourself a User Entity in the Battery KB (not the same as above): ===
You are now a proper user for editing the Battery KB, but you also need to exist as an User Entity in the Battery KB. This page object reflects who you exist as in reality.
# Go to this page: [[:Category:OSWd9aa0bca9b0040d8af6f5c091bf9eec7]]
# At the top, click + Create.
#Fill in the parameters where relevant and required. At a minimum, first name and last name. Note: you might not be able to find your organization yet. Don't worry, if so, that's an exercise for later.
# Save your entity by clicking Save in the top right!

=== How to add your User Entity to a project: ===
As a User Entity in the Battery KB, you can now essentially tag or define yourself in relation to other objects. For example, try finding your Battery 2030+ project and adding yourself as a Member to that project by doing the following steps.
# Find your project. You can use search or this Category: [[:Category:OSWb2d7e6a2eff94c82b7f1f2699d5b0ee3]]
# Click on that Project's name to find their entity page.
# At the top, there are two edit buttons: '''Edit data''' and '''Edit'''.
## '''Edit data''': this allows you to modify the parameters of the project entity. Essentially, it allows you to update the project's relationship to other objects, such as you being a member of the project.
## '''Edit''': this allows you to modify the information displayed on the project's entity page, like Project Overview.
# Click on Edit data and scroll down to find the '''Member''' info box.
# Click the + sign to add a new node.
# Type in your name in the search box and click on the right entry from the search suggestions.
## Troubleshooting: if you can't find your name, that means you didn't create yourself as a User Entity first. You need to do that before adding yourself to a project. No, you cannot simply type in your name for now (you will learn how to do this later).
# Click Save.
# Finished! Note: it may take some time for the changes are reflected on the page. You can try refreshing and purging the cache by using Shift+F5.

=== How to add your User Entity to an organization: ===
You can add yourself to an organization (typically, your employer but also other types of organizations like departments or smaller units like research groups). But this is done differently from adding yourself to a Project.
# Find your organization. You can use search or this Category: [[:Category:OSW1969007d5acf40539642877659a02c23]].
## Does your organization not exist? We can solve that by creating your organization as an Entity in the Battery KB. Firstly, we should know what kind of organization you belong to. We have the following existing categories:
### Research Organization: research institutes that are not education-focused [[:Category:OSW789dcd084860478dbc60361a2da7c823]]
### Educational Organization: universities and such [[:Category:OSW9d63242855e44ab8b26d6ad9792a67b3]]
### Corporation: industrial organizations [[:Category:OSW5f4a3751d23e482d80fb0b72dcd6bc31]]
### Organization: a general category for things that don't fit in the above [[:Category:OSW1969007d5acf40539642877659a02c23]]
### Go to the category your organization most fits and click +Create on that page to create a new Entity, just like you did for your User Entity.
### Fill in the usual information. Note that acronyms go under the field Short Name(s). But this parameter field doesn't show up by default.
#### Click the "select properties" button at the top.
#### Scroll down to find the "Short name(s)" field and click the checkbox. Click outside of the small menu to close it.
#### A new field box named "Short name(s):" is now in the Data-Editor window.
#### Click on the + to create a node and type in the acronym/short name of the organization.
# If your organization already exists, click on that Organization's name to find their entity page.
# At the top, there are two edit buttons: '''Edit data''' and '''Edit'''.
# Click on '''Edit data''' and scroll down to find the '''Member''' info box.
# Click the + sign to add a new node.
# Type in your name in the search box and click on the right entry from the search suggestions. You can't just write your name, you need to find your '''User Entity''' to add.
# Click Save.
# Finished! To review: to add your Organizational affiliation, go to '''your User Entity''' and add it there. To associate yourself with a Project, go to '''the Project Entity''' and add yourself to the '''Member''' field there.
# Should you use '''Member''' vs. '''Member of''' in the Project Entity
## '''Member''': if you want to associate yourself or your institutional affiliation with a '''Project''', note that you go to the '''Project''' and '''Edit data''' there, ''not'' '''Edit data''' on your '''User Entity'''. That field simply doesn't exist for a '''User Entity'''. Ontologically speaking, '''Members/User Entities''' are a part of a '''Project''', but the reverse isn't true: '''Projects''' are ''not'' a feature or parameter of any '''User Entity'''.
## '''Member of''': If your organization belongs to a larger organizational unit, then you can edit your organization's entity page to show that it is a '''Member of''' the larger organization. If you put the organization as a '''Member of''' the project (this shouldn't be allowed anyway, but you may be confused as to why), it means your project would own your organization (which probably isn't true). However, a '''Project''' might be a '''Member of''' a larger family of projects.

=== How to understand the Battery KB: ===
You should now have a proper '''User Entity''', which has both '''Project''' and an '''Organization''' '''Entities''' to which it is related as a '''Member'''. At this point, it's good to explain how the Battery KB works.

# The Battery KB is a "wiki" very much like Wikipedia in the sense that every page is open for editing by all Users.
# The Battery KB is ''not'' like Wikipedia because of its underlying ontological framework. This makes is harder for Users to understand how to edit and contribute compared to Wikipedia.
# ''What is ontological framework?'' Simply put, this means essentially that '''everything''' is classified as a categorical entity with defined relationships to other objects, and ''nothing'' should exist outside of this framework.
# That means, compared to other wikis where you might simply create a page by writing on a blank slate and then link it to other places, you first instead go the '''Category''' to which that '''Entity''' would belong and create it from there along with defining some of its necessary traits.
## Example: if I wanted to create a page for myself in Wikipedia, I would create an article called Samson Y. Lai, and then write my biography and click Save. However, unless another Wikipedia article links to my article or vice versa, my article would essentially be {{Template:Viewer/Link|page=|url=https://en.wikipedia.org/wiki/Wikipedia:Orphan|label=orphaned}} and difficult to find except by explicit search. A person or bot editor would also later need to manually add Categories, such as "Person" and "Scientist" and "American", which can be tedious to assign or difficult to define.
## Conversely, in the Battery KB, to make a page which represents me, I go to the '''Category''' called '''User''' and create a new '''User Entity'''. This '''User Entity''' is an object that has pre-defined parameters, such as name, role, location, and relevant relationships to other '''Entities''' (e.g., '''Organization'''). In this way, the parameters are consistently used by all objects (no issues of "Person" vs. "Persons" vs. "person", etc.).
## This approach also applies to any other new '''Entity''': first find the '''Category''' that '''Entity''' would belong to, then create it using the +Create button and fill in the important parameters.
## For advanced users: some relationship parameters are pre-defined, but it is possible to add new parameters to a whole category. This should be done in consultation with those involved with curating the ontological infrastructure so as to be consistent and organized.
# ''Why have an ontological framework?''
## An ontological framework means that all of the information is both ''human-''readable and ''machine''-readable. This enables both humans and AIs/algorithms to sort and understand the data better by understanding what kind of data it is and how it is related to other data.
## Having an ontological framework also means that data isn't "loose" and lost as some uncategorized piece. Remember: '''everything''' is classified as a categorical entity with defined relationships to other objects, and ''nothing'' should exist outside of this framework.
## The design of the Battery KB forces specific fields to link to an '''Entity''' instead of simply having a free-text field. This helps prevent data from existing outside of the ontological framework.
## Ontology and ontological frameworks have already been proven to be an effective method of sorting information and is already in use in search algorithms, such as Google's.

=== How to add a new entity on the fly: ===
So you've created an Entity or two under the Categories. But, maybe you had some trouble putting in Entities that don't exist yet because this wiki is in its early stages of creation. It can be a hassle to start creating a new '''Entity''', like a new '''User''', only to find that you want to link to other '''Entities''' that don't exist yet, like a new '''ResearchOrganization'''.

# Go to [[:Category:OSW1969007d5acf40539642877659a02c23]] and find your organization.
# Let's say you want to type in the country of your organization in the '''Country''' field, but that specific '''Country''' doesn't exist as an '''Entity''' in Battery KB yet.
## The system won't let you type a country name that isn't an existing country entity. Remember: ''nothing'' exists outside of the ontological framework.
## But now that you know how to create an entity, you could go the Category for the Country and click + Create on it. However, there's a faster method.
## Next to the field, click on the blue icon with two interlocked squares and a + icon in one of the squares.
## This will automatically take you a new Data-Editor pop-up box as if you hit + Create for that Category. You can now type in the name of the country in the Text parameter field. ''Tip'': If you're ever confused about which Data-Editor box you're in, just look at the top of the box.
## Click Save at the top right, which will create the new Entity and bring you back to the first Data-Editor pop-up box.
## Now type in the Country field the name of the Country Entity you just created. It may take a moment to show up. Try typing slowly.
# Click Save in the top right of the Data-editor window.
# Finished! Next step: improve the quality of your '''User Entity'''. Here is an example a good quality User Entity: [[Item:OSW72e733f317ef4cf9b8ca53e906c9acb9|Simon Clark]].

=== How to contribute to the Battery KB ===
OK, now you should be set up with the basics of a user account and understand the basic mechanics of how the Battery KB is built. Now, you want to start making real contributions to the content. Here are some how-to guides for specific actions when creating wiki content.

==== How to make a link: ====
There's two types of links. '''wiki''' links and ''external'' links.

# A good wiki links relevant terms to their respective pages elsewhere in the wiki. This makes it very easy for a reader to learn more about an unfamiliar term. This is called a '''wiki''' link.
## Type the text you want to link.
## Highlight that text and click the Link button at the top in visual editor to open a dialog box. Search for the linked page.
## Click save on the dialog box, then Save Changes on the page to finalize the link.
## You can also do this by typing [[ and then using the pop-up dialog box. (This method doesn't seem to work at present.)
# ''External'' links can also be included by using the button on the visual editor, or Ctrl+K. Enter the full URL in the text box that shows up.

==== How to add an image ====
First, before you attempt to add an image, you have to again understand that '''everything''' in this wiki exists on an ontological framework. Just as you can't type in a person's name into a parameter field as text without making them first a '''User Entity''', you can't simply upload an image to an article or entity as it is. The ''image'' has to exist as an '''Entity''', too. But, as you also learned above, you can create this entity on the fly.

# At the top of the bar, click Insert -> Insert Images and media.
# Under Media elements, click the + button to add a parameter field.
# Click the blue button to "Create a new element in a separate dialog". This will allow you to upload the image as a '''Wiki File Entity''', save it and then come back to your original image insertion to ''link'' it to the article.
# At the top of the new dialog box Data-Editor, it should say '''Wiki File'''.
## Add in filename (this is required).
## If necessary, add in a description of the image. This can be thought of as the caption of the image (but it won't display as such automatically).
## Upload the image file in the File field or use Drag & Drop.
## Click Save in the upper right. This will return you to the '''Multimedia''' Data-Editor box.
## Your picture should now either be in the Search field. If not, try typing in the name you gave the image.
## A preview of the image should display.
## You can also add text into the Description field, which is displayed below the image element.
## If you want to use an image file which is already uploaded to the Battery KB, change Search from Attached File to Any File. The search field text will now search the entire Battery KB.
## When you're finished, click Save at the upper right to insert your image file.
## Click Save changes... in the top right of the page to finalize your edit to the '''Entity'''.

==== How to add a table: ====

# At the top of the visual editor, click Insert -> Table.
# A table will automatically be created. A pop-up helper window will allow you to delete the whole table or modify its properties.
# To modify an individual cell, double-click on the cell.
# To insert, move, or delete a column, left-click on the V symbol at the top of your column.
# To insert, move, or delete a row, left-click on the > symbol at the left of your row.
# The table will automatically adjust the width of its columns and height of its rows based on the amount of text contained in the cells.
#You can adjust some other properties, like making the table collapsible or sortable by clicking on the table and then clicking Properties on the pop-up at the bottom.
#You can delete the whole table using the same method as Step 7 and clicking Delete.
#Remember to click Save change... at the top right to save your table.

==== How to start a new article: ====

# There are both Article and Tutorial categories to make new entities of.
## Article [[:Category:OSW92cc6b1a2e6b4bb7bad470dfdcfdaf26]]
## Tutorial [[:Category:OSW494f660e6a714a1a9681c517bbb975da]] All tutorials are a subcategory of Article.
# Go to the category and click the +Create at the top.
# Here's a tutorial about how to create articles [[Item:OSW52c2c5a6bbc84fcb8eab0fa69857e7dc]]

==== How to help cultivate a good wiki culture: ====
# If you've never edited Wikipedia before or worked on any other kind of wiki, reading the introduction and basic five pillars of this page are extremely helpful to understanding what a successful wiki culture requires: {{Template:Viewer/Link|page=|url=https://en.wikipedia.org/wiki/Wikipedia:A_primer_for_newcomers|label=https://en.wikipedia.org/wiki/Wikipedia:A_primer_for_newcomers}}. In essence, Wikipedia has already developed processes and procedures that solve a lot of common problems and the Battery KB doesn't need to completely reinvent the wheel. The Five Pillars as adapted for Battery KB are:
## The Battery KB is a knowledge base.
## The Battery KB requires a neutral point of view.
## The Battery KB is free content that anyone can edit and distribute.
## Contributors to the Battery KB should always be polite and respectful to each other.
## The Battery KB (thus far) does not have firm rules beyond these Five Pillars.
# These are important to the sustainability of a community but presently, the community on the Battery KB is very small and new rules or policies will be developed over time as it grows.
# There are also a few mental attitudes I found helpful to adopt:
## {{Template:Viewer/Link|page=|url=https://en.wikipedia.org/wiki/Wikipedia:Be_bold|label=Be bold.}} Wikipedia encourages people to be bold in contributing, because '''you have the power to fix it yourself instead of just talking about it.'''
## {{Template:Viewer/Link|page=|url=https://en.wikipedia.org/wiki/Wikipedia:Can%27t_break_it|label=You can't break it.}} Every wiki, including the Battery KB, generally can't be broken by a user contributing to it. Every edit is recorded and can be undone if necessary. Contributions also don't need to be perfect, as others can come and fix honest mistakes. Use the preview if you want to test something out and see what it looks like.
## {{Template:Viewer/Link|page=|url=https://en.wikipedia.org/wiki/Wikipedia:Assume_good_faith|label=Assume good faith.}} Act with the assumption that contributors are actively trying to help the Battery KB, not harm it even if their actions appear harmful.

==== How to help with the organizational effort: ====

====== Presently, the Battery KB is in its early stages of creation and cannot rely solely on the organic type of growth that helps make Wikipedia a success. Instead, we need to have a targeted and coordinated effort to create a critical mass of knowledge and usefulness that attracts outside users organically ======
# If you have learned something difficult, write a how-to guide to help others learn that skill.
# Get in touch with the administrators if you have advanced coding experience which can help with implementing the ontological framework on the backend.

Item:OSW3d31fba2cdab4da0aa7de038df8bd96d

2024-10-23T16:00:26Z

0000-0002-8227-3250:

Hello, you've found the user page for Samson Y. Lai (aka ORCID user 0000-0002-8227-3250).

I am the Group Leader for Materials Development at the {{Template:Viewer/Link|page=|url=http://www.ife.no/en|label=Institute for Energy Technology (IFE)}} in Norway. I am also coordinator of the {{Template:Viewer/Link|page=|url=https://www.salamander-eu.com|label=SALAMANDER}} Horizon Europe Project, a part of the Battery 2030+ CSA. The SALAMANDER project has its own project {{Template:Viewer/Link|page=Item:OSW1798fc130102418e9a8d67dea7f53ff3|url=|label=page}} on the Battery Knowledge Base.

My technical expertise is/was in silicon anodes and characterization methods. Nowadays, I mostly do project management, supervision, and mentoring.

Some of my IFE collaborators below are also here on the wiki:

* Dr. Inger-Emma Nylund [[User:0000-0002-1431-9384|0000-0002-1431-9384]]
* Dr. Nienke Visser
* Dr. David Wragg
* Theresa Nguyen
* Tommy Nordby
* Raphael Kuhn

Pleased to meet you and feel free to contact me on {{Template:Viewer/Link|page=|url=https://www.linkedin.com/in/samsonlai/|label=LinkedIn}} if you have any questions.

== Task list ==
Here is a list of areas I am working on:
{| class="wikitable sortable mw-collapsible"
|+Index of category articles that need work
|}
Measurement techniques overview: [[Item:OSW4d112f9df7044e81b39f327cc07dbc37]]
{| class="wikitable sortable mw-collapsible"
|+

Process Parameters overview: [[Item:OSWcb317bb1fee84d81b4b9b3d1d8037719]]

* Cell type and size [[:Category:OSW14fe861343b35caeb2c63a9c0ada2c75]]
* Cell components (lab-scale) [[:Category:OSW78ae8fbed378512a8d9d9bc3e8291e43]]

Measurement Techniques overview: [[Item:OSW4d112f9df7044e81b39f327cc07dbc37]]

* 3-point bend test [[:Category:OSWb9b34150a69b5d839899df64156c0510]]
* Chronoamperometry [[:Category:OSW3679dbe1df3b5da38542efc6dd97f0c2]]
* Contact angle measurement [[:Category:OSW37be1e8b16fc5d3f9504a30aad368d39]]

KPI overview: [[Item:OSW65f139c98efa499b94537f8a15f2be77]]

* Coulombic efficiency [[:Category:OSWda4a35e46d045d61917969bad28f75c0]]
* Cycle life [[:Category:OSWed423cb0c0e65d8e8890f68ef881687d]]

!General wiki stuff
!User guides
!Visual improvements
!Policy stuff
|-
|Update the Main Page for BatteryKB.
|Create a manual of style for BatteryKB.
|Make the info box narrower, hide the "machine-readable" relevant content inside the wiki text as comments
|Short name or acronym for Battery Knowledge Base
|-
|Create a community task list to organize effort and '''comprehensively''' curate specific content.
|How to help (based on https://en.wikipedia.org/wiki/Wikipedia:Contributing_to_Wikipedia)
|Fix the TOC being out of order (Abstract on SALAMANDER page is at the bottom).
|
|-
|Create templates to make content curation more efficient.
|New user guide to editing the Battery wiki
|
|
|-
|
|How to edit the json file directly to fix a mistake (need to include a comment on why the change was made and update erforderlich to English)
|
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|-
|Make sure everyone at IFE has created their User entities
|
|
|
|-
|What's the difference between add Organization to User Entity and adding User Entity to Member person(s) to an Organization
|
|
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|-
|
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|-
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== How to get started ==
This is a temporary workspace for writing how-to guides.

Welcome to the Battery Knowledge Base. This guide assumes no prior knowledge to wikis or ontology, the two main technologies the Battery KB is built upon. The guide will first direct you through some basic actions before giving a more theoretical explanation of how the Battery KB works. First, you need to make an account.

=== How to create an account ===
# You need an account to make changes to the Battery KB.
# Click on the lower left "profile" icon and click Log in. You will be presented with a Username and Password field.
## If you have an ORCID as a researcher, then you can use that to set up your account. Your ORCID will become your username. Click the "Login with your ORCID Account" button and follow the instructions. (You will need to log into ORCID and then authorize the Battery KB to have access to your ORCID account information.)
## Afterwards, each time you need to log in again, click the same ORCID login button.
# If you don't have an ORCID, you need to make an ORCID account. Unfortunately, there is currently [as of 2024-08-15] no other automated option to obtain an account without ORCID. Sorry!
# Finished! Once you are logged in, clicking on the "profile" icon in the lower left will open up a new menu with more options, including a link to your user page, preferences, contributions, and logging out.

=== How to change your username from your ORCID to a real name: ===
You'll notice that your ORCID has become your user name, which is not useful for others to know who you are.
# Click on the lower left "profile" icon and click Preferences.
# Under Basic Information, there is a field called "Real name:". You can type in the name which best identifies you.
# Scroll to the bottom and click Save.
# Finished!

=== How to make yourself a User Entity in the Battery KB (not the same as above): ===
You are now a proper user for editing the Battery KB, but you also need to exist as an User Entity in the Battery KB. This page object reflects who you exist as in reality.
# Go to this page: [[:Category:OSWd9aa0bca9b0040d8af6f5c091bf9eec7]]
# At the top, click + Create.
#Fill in the parameters where relevant and required. At a minimum, first name and last name. Note: you might not be able to find your organization yet. Don't worry, if so, that's an exercise for later.
# Save your entity by clicking Save in the top right!

=== How to add your User Entity to a project: ===
As a User Entity in the Battery KB, you can now essentially tag or define yourself in relation to other objects. For example, try finding your Battery 2030+ project and adding yourself as a Member to that project by doing the following steps.
# Find your project. You can use search or this Category: [[:Category:OSWb2d7e6a2eff94c82b7f1f2699d5b0ee3]]
# Click on that Project's name to find their entity page.
# At the top, there are two edit buttons: '''Edit data''' and '''Edit'''.
## '''Edit data''': this allows you to modify the parameters of the project entity. Essentially, it allows you to update the project's relationship to other objects, such as you being a member of the project.
## '''Edit''': this allows you to modify the information displayed on the project's entity page, like Project Overview.
# Click on Edit data and scroll down to find the '''Member''' info box.
# Click the + sign to add a new node.
# Type in your name in the search box and click on the right entry from the search suggestions.
## Troubleshooting: if you can't find your name, that means you didn't create yourself as a User Entity first. You need to do that before adding yourself to a project. No, you cannot simply type in your name for now (you will learn how to do this later).
# Click Save.
# Finished! Note: it may take some time for the changes are reflected on the page. You can try refreshing and purging the cache by using Shift+F5.

=== How to add your User Entity to an organization: ===
You can add yourself to an organization (typically, your employer but also other types of organizations like departments or smaller units like research groups). But this is done differently from adding yourself to a Project.
# Find your organization. You can use search or this Category: [[:Category:OSW1969007d5acf40539642877659a02c23]].
## Does your organization not exist? We can solve that by creating your organization as an Entity in the Battery KB. Firstly, we should know what kind of organization you belong to. We have the following existing categories:
### Research Organization: research institutes that are not education-focused [[:Category:OSW789dcd084860478dbc60361a2da7c823]]
### Educational Organization: universities and such [[:Category:OSW9d63242855e44ab8b26d6ad9792a67b3]]
### Corporation: industrial organizations [[:Category:OSW5f4a3751d23e482d80fb0b72dcd6bc31]]
### Organization: a general category for things that don't fit in the above [[:Category:OSW1969007d5acf40539642877659a02c23]]
### Go to the category your organization most fits and click +Create on that page to create a new Entity, just like you did for your User Entity.
### Fill in the usual information. Note that acronyms go under the field Short Name(s). But this parameter field doesn't show up by default.
#### Click the "select properties" button at the top.
#### Scroll down to find the "Short name(s)" field and click the checkbox. Click outside of the small menu to close it.
#### A new field box named "Short name(s):" is now in the Data-Editor window.
#### Click on the + to create a node and type in the acronym/short name of the organization.
# If your organization already exists, click on that Organization's name to find their entity page.
# At the top, there are two edit buttons: '''Edit data''' and '''Edit'''.
# Click on '''Edit data''' and scroll down to find the '''Member''' info box.
# Click the + sign to add a new node.
# Type in your name in the search box and click on the right entry from the search suggestions. You can't just write your name, you need to find your '''User Entity''' to add.
# Click Save.
# Finished! To review: to add your Organizational affiliation, go to '''your User Entity''' and add it there. To associate yourself with a Project, go to '''the Project Entity''' and add yourself to the '''Member''' field there.
# Should you use '''Member''' vs. '''Member of''' in the Project Entity
## '''Member''': if you want to associate yourself or your institutional affiliation with a '''Project''', note that you go to the '''Project''' and '''Edit data''' there, ''not'' '''Edit data''' on your '''User Entity'''. That field simply doesn't exist for a '''User Entity'''. Ontologically speaking, '''Members/User Entities''' are a part of a '''Project''', but the reverse isn't true: '''Projects''' are ''not'' a feature or parameter of any '''User Entity'''.
## '''Member of''': If your organization belongs to a larger organizational unit, then you can edit your organization's entity page to show that it is a '''Member of''' the larger organization. If you put the organization as a '''Member of''' the project (this shouldn't be allowed anyway, but you may be confused as to why), it means your project would own your organization (which probably isn't true). However, a '''Project''' might be a '''Member of''' a larger family of projects.

=== How to understand the Battery KB: ===
You should now have a proper '''User Entity''', which has both '''Project''' and an '''Organization''' '''Entities''' to which it is related as a '''Member'''. At this point, it's good to explain how the Battery KB works.

# The Battery KB is a "wiki" very much like Wikipedia in the sense that every page is open for editing by all Users.
# The Battery KB is ''not'' like Wikipedia because of its underlying ontological framework. This makes is harder for Users to understand how to edit and contribute compared to Wikipedia.
# ''What is ontological framework?'' Simply put, this means essentially that '''everything''' is classified as a categorical entity with defined relationships to other objects, and ''nothing'' should exist outside of this framework.
# That means, compared to other wikis where you might simply create a page by writing on a blank slate and then link it to other places, you first instead go the '''Category''' to which that '''Entity''' would belong and create it from there along with defining some of its necessary traits.
## Example: if I wanted to create a page for myself in Wikipedia, I would create an article called Samson Y. Lai, and then write my biography and click Save. However, unless another Wikipedia article links to my article or vice versa, my article would essentially be {{Template:Viewer/Link|page=|url=https://en.wikipedia.org/wiki/Wikipedia:Orphan|label=orphaned}} and difficult to find except by explicit search. A person or bot editor would also later need to manually add Categories, such as "Person" and "Scientist" and "American", which can be tedious to assign or difficult to define.
## Conversely, in the Battery KB, to make a page which represents me, I go to the '''Category''' called '''User''' and create a new '''User Entity'''. This '''User Entity''' is an object that has pre-defined parameters, such as name, role, location, and relevant relationships to other '''Entities''' (e.g., '''Organization'''). In this way, the parameters are consistently used by all objects (no issues of "Person" vs. "Persons" vs. "person", etc.).
## This approach also applies to any other new '''Entity''': first find the '''Category''' that '''Entity''' would belong to, then create it using the +Create button and fill in the important parameters.
## For advanced users: some relationship parameters are pre-defined, but it is possible to add new parameters to a whole category. This should be done in consultation with those involved with curating the ontological infrastructure so as to be consistent and organized.
# ''Why have an ontological framework?''
## An ontological framework means that all of the information is both ''human-''readable and ''machine''-readable. This enables both humans and AIs/algorithms to sort and understand the data better by understanding what kind of data it is and how it is related to other data.
## Having an ontological framework also means that data isn't "loose" and lost as some uncategorized piece. Remember: '''everything''' is classified as a categorical entity with defined relationships to other objects, and ''nothing'' should exist outside of this framework.
## The design of the Battery KB forces specific fields to link to an '''Entity''' instead of simply having a free-text field. This helps prevent data from existing outside of the ontological framework.
## Ontology and ontological frameworks have already been proven to be an effective method of sorting information and is already in use in search algorithms, such as Google's.

=== How to add a new entity on the fly: ===
So you've created an Entity or two under the Categories. But, maybe you had some trouble putting in Entities that don't exist yet because this wiki is in its early stages of creation. It can be a hassle to start creating a new '''Entity''', like a new '''User''', only to find that you want to link to other '''Entities''' that don't exist yet, like a new '''ResearchOrganization'''.

# Go to [[:Category:OSW1969007d5acf40539642877659a02c23]] and find your organization.
# Let's say you want to type in the country of your organization in the '''Country''' field, but that specific '''Country''' doesn't exist as an '''Entity''' in Battery KB yet.
## The system won't let you type a country name that isn't an existing country entity. Remember: ''nothing'' exists outside of the ontological framework.
## But now that you know how to create an entity, you could go the Category for the Country and click + Create on it. However, there's a faster method.
## Next to the field, click on the blue icon with two interlocked squares and a + icon in one of the squares.
## This will automatically take you a new Data-Editor pop-up box as if you hit + Create for that Category. You can now type in the name of the country in the Text parameter field. ''Tip'': If you're ever confused about which Data-Editor box you're in, just look at the top of the box.
## Click Save at the top right, which will create the new Entity and bring you back to the first Data-Editor pop-up box.
## Now type in the Country field the name of the Country Entity you just created. It may take a moment to show up. Try typing slowly.
# Click Save in the top right of the Data-editor window.
# Finished! Next step: improve the quality of your '''User Entity'''. Here is an example a good quality User Entity: [[Item:OSW72e733f317ef4cf9b8ca53e906c9acb9|Simon Clark]].

=== How to contribute to the Battery KB ===
OK, now you should be set up with the basics of a user account and understand the basic mechanics of how the Battery KB is built. Now, you want to start making real contributions to the content. Here are some how-to guides for specific actions when creating wiki content.

==== How to make a link: ====
There's two types of links. '''wiki''' links and ''external'' links.

# A good wiki links relevant terms to their respective pages elsewhere in the wiki. This makes it very easy for a reader to learn more about an unfamiliar term. This is called a '''wiki''' link.
## Type the text you want to link.
## Highlight that text and click the Link button at the top in visual editor to open a dialog box. Search for the linked page.
## Click save on the dialog box, then Save Changes on the page to finalize the link.
## You can also do this by typing [[ and then using the pop-up dialog box. (This method doesn't seem to work at present.)
# ''External'' links can also be included by using the button on the visual editor, or Ctrl+K. Enter the full URL in the text box that shows up.

==== How to add an image ====
First, before you attempt to add an image, you have to again understand that '''everything''' in this wiki exists on an ontological framework. Just as you can't type in a person's name into a parameter field as text without making them first a '''User Entity''', you can't simply upload an image to an article or entity as it is. The ''image'' has to exist as an '''Entity''', too. But, as you also learned above, you can create this entity on the fly.

# At the top of the bar, click Insert -> Insert Images and media.
# Under Media elements, click the + button to add a parameter field.
# Click the blue button to "Create a new element in a separate dialog". This will allow you to upload the image as a '''Wiki File Entity''', save it and then come back to your original image insertion to ''link'' it to the article.
# At the top of the new dialog box Data-Editor, it should say '''Wiki File'''.
## Add in filename (this is required).
## If necessary, add in a description of the image. This can be thought of as the caption of the image (but it won't display as such automatically).
## Upload the image file in the File field or use Drag & Drop.
## Click Save in the upper right. This will return you to the '''Multimedia''' Data-Editor box.
## Your picture should now either be in the Search field. If not, try typing in the name you gave the image.
## A preview of the image should display.
## You can also add text into the Description field, which is displayed below the image element.
## If you want to use an image file which is already uploaded to the Battery KB, change Search from Attached File to Any File. The search field text will now search the entire Battery KB.
## When you're finished, click Save at the upper right to insert your image file.
## Click Save changes... in the top right of the page to finalize your edit to the '''Entity'''.

==== How to add a table: ====

# At the top of the visual editor, click Insert -> Table.
# A table will automatically be created. A pop-up helper window will allow you to delete the whole table or modify its properties.
# To modify an individual cell, double-click on the cell.
# To insert, move, or delete a column, left-click on the V symbol at the top of your column.
# To insert, move, or delete a row, left-click on the > symbol at the left of your row.
# The table will automatically adjust the width of its columns and height of its rows based on the amount of text contained in the cells.
#You can adjust some other properties, like making the table collapsible or sortable by clicking on the table and then clicking Properties on the pop-up at the bottom.
#You can delete the whole table using the same method as Step 7 and clicking Delete.
#Remember to click Save change... at the top right to save your table.

==== How to start a new article: ====

# There are both Article and Tutorial categories to make new entities of.
## Article [[:Category:OSW92cc6b1a2e6b4bb7bad470dfdcfdaf26]]
## Tutorial [[:Category:OSW494f660e6a714a1a9681c517bbb975da]] All tutorials are a subcategory of Article.
# Go to the category and click the +Create at the top.
# Here's a tutorial about how to create articles [[Item:OSW52c2c5a6bbc84fcb8eab0fa69857e7dc]]

==== How to help cultivate a good wiki culture: ====
# If you've never edited Wikipedia before or worked on any other kind of wiki, reading the introduction and basic five pillars of this page are extremely helpful to understanding what a successful wiki culture requires: {{Template:Viewer/Link|page=|url=https://en.wikipedia.org/wiki/Wikipedia:A_primer_for_newcomers|label=https://en.wikipedia.org/wiki/Wikipedia:A_primer_for_newcomers}}. In essence, Wikipedia has already developed processes and procedures that solve a lot of common problems and the Battery KB doesn't need to completely reinvent the wheel. The Five Pillars as adapted for Battery KB are:
## The Battery KB is a knowledge base.
## The Battery KB requires a neutral point of view.
## The Battery KB is free content that anyone can edit and distribute.
## Contributors to the Battery KB should always be polite and respectful to each other.
## The Battery KB (thus far) does not have firm rules beyond these Five Pillars.
# These are important to the sustainability of a community but presently, the community on the Battery KB is very small and new rules or policies will be developed over time as it grows.
# There are also a few mental attitudes I found helpful to adopt:
## {{Template:Viewer/Link|page=|url=https://en.wikipedia.org/wiki/Wikipedia:Be_bold|label=Be bold.}} Wikipedia encourages people to be bold in contributing, because '''you have the power to fix it yourself instead of just talking about it.'''
## {{Template:Viewer/Link|page=|url=https://en.wikipedia.org/wiki/Wikipedia:Can%27t_break_it|label=You can't break it.}} Every wiki, including the Battery KB, generally can't be broken by a user contributing to it. Every edit is recorded and can be undone if necessary. Contributions also don't need to be perfect, as others can come and fix honest mistakes. Use the preview if you want to test something out and see what it looks like.
## {{Template:Viewer/Link|page=|url=https://en.wikipedia.org/wiki/Wikipedia:Assume_good_faith|label=Assume good faith.}} Act with the assumption that contributors are actively trying to help the Battery KB, not harm it even if their actions appear harmful.

==== How to help with the organizational effort: ====

====== Presently, the Battery KB is in its early stages of creation and cannot rely solely on the organic type of growth that helps make Wikipedia a success. Instead, we need to have a targeted and coordinated effort to create a critical mass of knowledge and usefulness that attracts outside users organically ======
# If you have learned something difficult, write a how-to guide to help others learn that skill.
# Get in touch with the administrators if you have advanced coding experience which can help with implementing the ontological framework on the backend.

Item:OSWefc4d6d7d6f7466bbf63eecd55d172ea

2024-10-23T15:43:51Z

0000-0002-8227-3250:

The 6th Nordic Battery Conference was held at Oslo Science Park in Oslo, Norway. It was co-hosted by the University of Oslo and IFE.

It was sponsored by Equinor, Metrohm Autolab, FME MoZEES, Morrow, bluescientific, BioLogic, Cromocol, Houm, PerkinElmer, Krüss, and the SALAMANDER Project.

As a part of the conference, two parallel pre-conference events were held: Students/Postdocs and Teaching in the Nordics.

{| class="wikitable"
|+The main conference programme is below:
! colspan="2" |Student
! colspan="2" |Teaching
!
|-
| rowspan="12" |09:00
| rowspan="12" |Registration
| rowspan="12" |09:00
| rowspan="12" |Registration
|
|-
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|-
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|-
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|-
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|-
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|-
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|-
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|-
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|-
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|-
|
|-
|
|-
| rowspan="9" |10:00
| rowspan="9" |Welcome w/ Meet & Greet
A. Skurtveit
| rowspan="2" |10:00
| rowspan="2" |Welcome
D. Wragg

D. Brandell
|
|-
|
|-
| rowspan="5" |10:10
| rowspan="5" |ELMO-LION: Educational Learning Modules on Li-ion Batteries, Li-ion battery course and summer school for PhD students
Ekatarina Laakso - LUT University
|
|-
|
|-
|
|-
|
|-
|
|-
| rowspan="5" |10:35
| rowspan="5" |Specialized Battery Education
Jonas Mindemark - University of Uppsala
|
|-
|
|-
| rowspan="3" |10:45
| rowspan="3" |Break
|
|-
|
|-
|
|-
| rowspan="4" |11:00
| rowspan="4" |Diversity and Equity
Adriana Navarro-Suarez - Morrow Batteries
| rowspan="6" |11:00
| rowspan="6" |Adult Education in Battery Value Chain: Opportunities and Challenges
Ulla Lassi - University of Oulu
|
|-
|
|-
|
|-
|
|-
| rowspan="4" |11:20
| rowspan="4" |'''From Ph.D. to Industry'''Jonas Sottmann - ''Hydro''
|
|-
|
|-
| rowspan="4" |11:30
| rowspan="4" |An overview of Emerging Battery Education in Norway
Hanne Flåten Andersen - IFE
|
|-
|
|-
| rowspan="4" |11:40
| rowspan="4" |From Ph.D. to Industry
Halvor Høen Hval - Morrow Batteries
|
|-
|
|-
| rowspan="11" |11:50
| rowspan="11" |Lunch
|
|-
|
|-
| rowspan="12" |12:00
| rowspan="12" |Lunch
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|-
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|-
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|-
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|-
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|-
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|-
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|-
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|-
|
|-
| rowspan="6" |12:45
| rowspan="6" |MESC+
Adiana Navarro-Suarez - Morrow Batteries
|
|-
|
|-
|
|-
|FS1
|Chair: Casper Skautvedt
|
|-
|13:00
|The Interaction and Performance of Boron-Based Self-Healing Binders in Silicon Anodes
Tamara Patranika - Uppsala University
|
|-
|13:05
|Investigating the Electrochemical Intercalation of Lithium into Prussian White using Operando XRD
Agnes-Matilda Mattson - Uppsala University
|
|-
|13:10
|Following Hard Cabon Sodiation using Small- and Wide-Angle X-ray Scattering
Isak Drevander - Chalmers University of Technology
| rowspan="5" |13:10
| rowspan="5" |Online Teaching and Life-Long Learning Courses
Guiomar Hernandez and Andrew Naylor - University of Uppsala
|
|-
|13:15
|Effect of Coprecipitation Conditions on Fe0.5Mn0.5CO3 Na-ion Cathode Precursor Properties
Jere Leinonen - University of Oulu
|
|-
| rowspan="3" |13:20
| rowspan="3" |Panel Discussion
|
|-
|
|-
|
|-
| rowspan="5" |13:35
| rowspan="5" |Break
| rowspan="4" |13:35
| rowspan="4" |Interdisciplinary Battery Courses at DTU 2014-present
Johan Hjelm - DTU
|
|-
|
|-
|
|-
|
|-
| rowspan="8" |13:55
| rowspan="8" |Panel Discussion
Covering Wide Range of Topics within Battery Education
|
|-
|FS2
|Chair: Tamara Patranika
|
|-
|14:00
|Cyanoethyl Cellulose Reinforced Polymerizable Deep Eutectic Solvent Gel Electrolytes for High-energy-density Sodium-ion Batteries
Zhichen Ba - Åbo Akademi University
|
|-
|14:05
|Analyzing the SEI on Commercial Battery Electrodes with Enhanced Raman spectroscopy
Matthijs Holthuijsen - Beyonder / University of Stavanger
|
|-
|14:10
|Understanding Leaching in Battery Electrodes
Mie Engelbrecht Jensen - DTU Energy
|
|-
|14:15
|Comparing Electrochemical Discharge Methods for Lithium-ion Battery Recycling
Arjun Muralidharan - Aalto University
|
|-
| rowspan="3" |14:20
| rowspan="3" |Panel Discussion
|
|-
|
|-
| rowspan="6" |14:30
| rowspan="6" |Transition Break
|
|-
| rowspan="5" |14:35
| rowspan="5" |Transition Break
|
|-
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|-
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|-
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|-
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|-
| rowspan="2" |15:00
| rowspan="2" |Conference Opening
A. Koposov
| rowspan="2" |15:00
| rowspan="2" |Conference Opening
A. Koposov
|
|-
|
|}
{| class="wikitable"
|+
! colspan="2" |Tuesday
! colspan="2" |Wednesday
! colspan="2" |Thursday
! colspan="2" |Friday
!
|-
| colspan="2" |September 24, 2024
| colspan="2" |September 25, 2024
| colspan="2" |September 26, 2024
| colspan="2" |September 27, 2024
|
|-
| rowspan="13" |09:00
| rowspan="13" |Pre-conference
Registration
|S2
|Chair:
Anders Brennhagen
|S6
|Chair:
Tor Olav Sunde
|S10
|Chair:
Alexey Koposov
|
|-
| rowspan="6" |09:00
| rowspan="6" |Strategies for replacing LiPF6 salt by LiFSI for various cathodes chemistries, LiFePO4, LiNixMnyCozO2 and LiNi0.5Mn1.5O4
Ann Mari Svensson - ''NTNU''
| rowspan="6" |09:00
| rowspan="6" |Accelerating Battery Material Discovery: Integrating Computational Workflows and Machine Learning
Juan Maria García Lastra - ''DTU Energy. Danmarks Tekniske Universitet''
| rowspan="4" |
| rowspan="4" |
|
|-
|
|-
|
|-
|
|-
| rowspan="4" |09:20
| rowspan="4" |Jonathan Højberg
''Topsø''
|
|-
|
|-
| rowspan="4" |09:30
| rowspan="4" |Scanning Electrochemical Microscopy Meets Optical Microscopy: Probing the Local Paths of Charge Transfer Operando in Booster-Microparticles for Flow Batteries
Jerzy Jasielec - ''University of Turku''
| rowspan="4" |09:30
| rowspan="4" |Electric Vehicles Lithium Ion Battery Circularity – Mitigating Battery Second-life Challenges Through Sustainable Business Model Development
Saad Ahmed - ''Norwegian University of Science and Technology''
|
|-
|
|-
| rowspan="9" |09:40
| rowspan="9" |'''WMG’s Battery Research Activities: An Overview on Current European Cooperation'''
Ivana Hasa - ''WMG''
|
|-
|
|-
| rowspan="4" |09:50
| rowspan="4" |Lignin batteries
Ziyauddin Khan - ''Linköping University''
| rowspan="4" |09:50
| rowspan="4" |Fluorine-free organic batteries with solid polymer electrolytes
Guiomar Hernández - ''Uppsala University''
|
|-
|
|-
| rowspan="25" |10:00
| rowspan="25" |Pre-conference
|
|-
|
|-
| rowspan="2" |10:10
| rowspan="2" |Hydro Batteries’ Technology Activities
Jonas Sottmann - ''Hydro Batteries''
| rowspan="2" |10:10
| rowspan="2" |Battery waste to anode-grade graphite: Pioneering sustainable recycling solutions
Garima Jain - ''Vianode''
|
|-
|
|-
| rowspan="4" |10:20
| rowspan="4" |Coffee Break
| rowspan="4" |10:20
| rowspan="4" |Coffee Break
|
|-
| rowspan="3" |10:25
| rowspan="3" |Coffee Break
|
|-
|
|-
|
|-
|S3
|Chair:
Samson Lai
|S7
|Chair:
Anna Bergljót Gunnarsdóttir
|S11
|Chair:
Filipp Obrezkov
|
|-
| rowspan="6" |10:40
| rowspan="6" |Maria Hahlin
''Uppsala University''
| rowspan="6" |10:40
| rowspan="6" |Rakel Wreland Lindström
''KTH''
| rowspan="9" |10:40
| rowspan="9" |Clare Grey
''Cambridge University''
|
|-
|
|-
|
|-
|
|-
|
|-
|
|-
| rowspan="4" |11:10
| rowspan="4" |Diagnostics of Safety Hazardous Ageing Conditions for Commercial Lithium-Ion Batteries
Preben J. S. Vie - ''IFE''
| rowspan="4" |11:10
| rowspan="4" |How to ensure safe processing of Li-ion batteries at the end of life?
Neha Garg - ''Aalto University''
|
|-
|
|-
|
|-
| rowspan="4" |11:25
| rowspan="4" |'''Imagine Tomorrow Powered by us'''Adriana Navarro-Suarez
''Morrow Batteries''
|
|-
| rowspan="4" |11:30
| rowspan="4" |Uniform Li Deposition Formed by Lithophilic SiO2 Dopped Porous 3D Carbon Host for High Energy Density Li Metal Anode
Sara Hamed - ''Aalto University''
| rowspan="4" |11:30
| rowspan="4" |Rational Design and Controllable Synthesis of SiOx Anode Materials from Diatom-SiO2 Nanostructures for Lithium-Ion Batteries
Kesavan Thangaian - ''Functional Materials and Materials Chemistry (FACET), Department of Materials Science and Engineering, NTNU''
|
|-
|
|-
|
|-
| rowspan="2" |11:45
| rowspan="2" |Next NordBatt
TBD
|
|-
| rowspan="2" |11:50
| rowspan="2" |Decarbonizing the battery supply chain
Hans Ivar Laukli - ''Freyr Battery''
| rowspan="2" |11:50
| rowspan="2" |The impact of cation distribution among LLZO and PEO phases on Li-ion structure-dynamic properties
Melania Kozdra - ''Uppsala University''
|
|-
|11:55
|Closing Remarks
|
|-
| rowspan="12" |12:00
| rowspan="12" |Lunch
Registration Opens
| rowspan="12" |12:00
| rowspan="12" |Lunch
Lunch Seminar: Operando XRD in the Home Lab

Dennis Becker - ''Bruker AXS''
| rowspan="12" |12:10
| rowspan="12" |Lunch
Lunch Seminar: Advanced Battery Cycling: Tackling Challenges with the new BioLogic BCS-900 Series and BT-Lab 2

Christophe Morin - ''Cromocol Scandinavia AB -'' ''BioLogic SAS''
| rowspan="12" |12:00
| rowspan="12" |Lunch Pickup
|
|-
|
|-
|
|-
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|-
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|-
|
|-
|
|-
|
|-
|
|-
|
|-
|
|-
|
|-
| rowspan="20" |13:00
| rowspan="20" |Pre-conference
|S4
|Chair:
David Wragg
|S8
|Chair:
Guiomar Hernández
| colspan="2" rowspan="60" |
|
|-
| rowspan="6" |13:00
| rowspan="6" |Atomic layer deposition to enhance lithium-ion battery electrode interfacial properties and behavior
Filipp Obrezkov - ''Aalto University''
| rowspan="6" |13:10
| rowspan="6" |Investigation of degradation effects in NASICON Materials for Aqueous Sodium Batteries
Jurgis Pilipavicius - ''Center for Physical Sciences and Technology, Vilnius, Lithuania''
|
|-
|
|-
|
|-
|
|-
|
|-
|
|-
| rowspan="4" |13:30
| rowspan="4" |NyBat – new batteries from recycled material
Martina Petranikova - ''Chalmers University of Technology''
| rowspan="4" |13:40
| rowspan="4" |Solid electrolyte interphases on model Si electrodes studied by electrochemical impedance spectroscopy
Jonas Grill - ''University of Stavanger''
|
|-
|
|-
|
|-
|
|-
| rowspan="4" |13:50
| rowspan="4" |Operando and in situ transmission electron microscopy: exploring real-time nanoscale phenomena of battery materials
Calliope Bazioti - ''University of Oslo''
| rowspan="4" |14:00
| rowspan="4" |Sustainable Membranes for Redox Flow Batteries
Amirreza Khataee - ''KTH Royal Institute of Technology''
|
|-
|
|-
|
|-
|
|-
| rowspan="4" |14:10
| rowspan="4" |Graphene integration in Si/Graphite anode for high-energy Li-ion batteries
Ilham Bezza - ''Aarhus University''
| rowspan="4" |14:20
| rowspan="4" |Functional binders to tackle transition metal dissolution in LNMO cathode material
Le Thuy Truong - ''SINTEF Industry''
|
|-
|
|-
|
|-
|
|-
| rowspan="2" |14:30
| rowspan="2" |SEEL Swedish Electric Transport Laboratory: brand-new centre for research, development, and innovation within electromobility
Nataliia Mozhzhukhina - ''SEEL''
| rowspan="6" |14:40
| rowspan="6" |Coffee Break
|
|-
| rowspan="6" |14:35
| rowspan="6" |Transition Break
|
|-
| rowspan="4" |14:40
| rowspan="4" |Coffee Break
|
|-
|
|-
|
|-
|
|-
|S5
|Chair:
Ann Mari Svensson
|S9
|Chair:
David Hall
|
|-
| rowspan="2" |15:00
| rowspan="2" |'''S1: Conference OpeningChair:''' '''Alexey Koposov'''
| rowspan="6" |15:00
| rowspan="6" |Enhancing NCM111 Cathode Performance with Sustainable Al2O3 Coating via Ethanol-Based Wet-Chemical Synthesis
Gints Kucinskis - ''University of Latvia''
| rowspan="6" |15:00
| rowspan="6" |'''Combining operando synchrotron and neutron diffraction for studies of prototype Li-ion batteries'''Poul Ægidius Norby - ''Technical University of Denmark''
|
|-
|
|-
| rowspan="2" |15:10
| rowspan="2" |'''Battery 2030+'''Kristina Edström
|
|-
|
|-
| rowspan="6" |15:20
| rowspan="6" |'''Battery Landscape Norway:The battery value chain'''Hans Petter Rebo
''The Federation of Norwegian Industries''
|
|-
|
|-
| rowspan="4" |15:30
| rowspan="4" |Developing advanced separators with tailored properties for lithium-sulfur (Li-S) batteries
Tor Olav Sunde - ''SINTEF Industry, dept. Sustainable Energy Technology''
| rowspan="4" |15:30
| rowspan="4" |Overcoming interfacial challenges for non-flammable battery electrolytes
Andrew Naylor - ''Uppsala University''
|
|-
|
|-
|
|-
|
|-
| rowspan="10" |15:50
| rowspan="10" |'''Recycling as an Enabler for a Circular Battery Value Chain'''Guinevere Giffin
''Fraunhofer-Institute for Silicate Research ISC''
| rowspan="4" |15:50
| rowspan="4" |Optimisation of Prussian White synthesis for Sodium Ion Batteries
Alexandra Ulander
''Department of Chemistry – Ångström Laboratory, Uppsala University''
| rowspan="4" |15:50
| rowspan="4" |Scalable micron-sized amorphous silicon nitride for Li-ion battery anode
Jan Petter Mæhlen - ''Department for Battery Technology, IFE''
|
|-
|
|-
|
|-
|
|-
| rowspan="4" |16:10
| rowspan="4" |Compton scattering and density functional theory investigations of cathode materials for Sodium ion batteries
Assa Aravindh Sasikaladevi - ''Research unit of sustainable chemistry (SusChem), University of Oulu''
| rowspan="4" |16:10
| rowspan="4" |Lignin-based hard carbon as anode for sodium-ion batteries: the impact of chemical and morphological structures
Hao Zhang - ''Åbo Akademi University''
|
|-
|
|-
|
|-
|
|-
| rowspan="4" |16:30
| rowspan="4" |Towards sustainable redox flow battery (RFB) with lignin-based electrolyte
Monalisa Chakraborty - ''Division of Applied Electrochemistry, Department of Chemical Engineering, KTH Royal Institute of Technology''
| rowspan="4" |16:30
| rowspan="4" |A Scalable Furnace Technique to Grow Silicon Nanoparticles for High-Performance Li-Ion Battery Anodes
Jonas Örtegren - ''Mid Sweden University''
|
|-
|
|-
| rowspan="4" |16:40
| rowspan="4" |'''NABLA – national battery infrastructure, and FME BATTERY – a new research centre on sustainable battery value chain'''Hanne Flåten Andersen
''IFE''
|
|-
|
|-
| rowspan="2" |16:50
| rowspan="2" |Methods for post-mortem analysis of large-format cells
Andrew Lodge - ''Scania CV AB''
| rowspan="2" |16:50
| rowspan="2" |Cenate SiCx product development
Martin Kirkengen - ''Cenate''
|
|-
|
|-
|
|
|
|
|
|
|
|-
|
|
|
|
|
|
|
|-
| rowspan="6" |17:00
| rowspan="6" |End of day
|17:00
| rowspan="6" |Transition Break
| rowspan="6" |17:00
| rowspan="6" |Transition Break
|
|-
|
|
|-
|
|
|-
|
|
|-
|
|
|-
|
|
|-
|
|
|
|
|
|
|
|-
| colspan="2" |
|17:30
|Poster Session
|19:00
|Conference Dinner
|
|}

Item:OSWefc4d6d7d6f7466bbf63eecd55d172ea

2024-10-23T15:33:56Z

0000-0002-8227-3250: programme tables

The 6th Nordic Battery Conference was held at Oslo Science Park in Oslo, Norway. It was co-hosted by the University of Oslo and IFE.

It was sponsored by Equinor, Metrohm Autolab, FME MoZEES, Morrow, bluescientific, BioLogic, Cromocol, Houm, PerkinElmer, Krüss, and the SALAMANDER Project.

As a part of the conference, two parallel pre-conference events were held: Students/Postdocs and Teaching in the Nordics.

{| class="wikitable"
|+The main conference programme is below:
! colspan="2" |Student
! colspan="2" |Teaching
!
|-
| rowspan="12" |09:00
| rowspan="12" |Registration
| rowspan="12" |09:00
| rowspan="12" |Registration
|
|-
|
|-
|
|-
|
|-
|
|-
|
|-
|
|-
|
|-
|
|-
|
|-
|
|-
|
|-
| rowspan="9" |10:00
| rowspan="9" |Welcome w/ Meet & Greet
A. Skurtveit
| rowspan="2" |10:00
| rowspan="2" |Welcome
D. Wragg
D. Brandell
|
|-
|
|-
| rowspan="5" |10:10
| rowspan="5" |ELMO-LION: Educational Learning Modules on Li-ion Batteries, Li-ion battery course and summer school for PhD students
Ekatarina Laakso
LUT University
|
|-
|
|-
|
|-
|
|-
|
|-
| rowspan="5" |10:35
| rowspan="5" |Specialized Battery Education
Jonas Mindemark
University of Uppsala
|
|-
|
|-
| rowspan="3" |10:45
| rowspan="3" |Break
|
|-
|
|-
|
|-
| rowspan="4" |11:00
| rowspan="4" |Diversity and Equity
Adriana Navarro-Suarez
Morrow Batteries
| rowspan="6" |11:00
| rowspan="6" |Adult Education in Battery Value Chain: Opportunities and Challenges
Ulla Lassi
University of Oulu
|
|-
|
|-
|
|-
|
|-
| rowspan="4" |11:20
| rowspan="4" |'''From Ph.D. to Industry'''Jonas Sottmann
''Hydro''
|
|-
|
|-
| rowspan="4" |11:30
| rowspan="4" |An overview of Emerging Battery Education in Norway
Hanne Flåten Andersen
IFE
|
|-
|
|-
| rowspan="4" |11:40
| rowspan="4" |From Ph.D. to Industry
Halvor Høen Hval
Morrow Batteries
|
|-
|
|-
| rowspan="11" |11:50
| rowspan="11" |Lunch
|
|-
|
|-
| rowspan="12" |12:00
| rowspan="12" |Lunch
|
|-
|
|-
|
|-
|
|-
|
|-
|
|-
|
|-
|
|-
|
|-
| rowspan="6" |12:45
| rowspan="6" |MESC+
Adiana Navarro-Suarez
Morrow Batteries
|
|-
|
|-
|
|-
|FS1
|Chair: Casper Skautvedt
|
|-
|13:00
|The Interaction and Performance of Boron-Based Self-Healing Binders in Silicon Anodes
Tamara Patranika
Uppsala University
|
|-
|13:05
|Investigating the Electrochemical Intercalation of Lithium into Prussian White using Operando XRD
Agnes-Matilda Mattson
Uppsala University
|
|-
|13:10
|Following Hard Cabon Sodiation using Small- and Wide-Angle X-ray Scattering
Isak Drevander
Chalmers University of Technology
| rowspan="5" |13:10
| rowspan="5" |Online Teaching and Life-Long Learning Courses
Guiomar Hernandez and Andrew Naylor
University of Uppsala
|
|-
|13:15
|Effect of Coprecipitation Conditions on Fe0.5Mn0.5CO3 Na-ion Cathode Precursor Properties
Jere Leinonen
University of Oulu
|
|-
| rowspan="3" |13:20
| rowspan="3" |Panel Discussion
|
|-
|
|-
|
|-
| rowspan="5" |13:35
| rowspan="5" |Break
| rowspan="4" |13:35
| rowspan="4" |Interdisciplinary Battery Courses at DTU 2014-present
Johan Hjelm
DTU
|
|-
|
|-
|
|-
|
|-
| rowspan="8" |13:55
| rowspan="8" |Panel Discussion
Covering Wide Range of Topics within Battery Education
|
|-
|FS2
|Chair: Tamara Patranika
|
|-
|14:00
|Cyanoethyl Cellulose Reinforced Polymerizable Deep Eutectic Solvent Gel Electrolytes for High-energy-density Sodium-ion Batteries
Zhichen Ba
Åbo Akademi University
|
|-
|14:05
|Analyzing the SEI on Commercial Battery Electrodes with Enhanced Raman spectroscopy
Matthijs Holthuijsen
Beyonder / University of Stavanger
|
|-
|14:10
|Understanding Leaching in Battery Electrodes
Mie Engelbrecht Jensen
DTU Energy
|
|-
|14:15
|Comparing Electrochemical Discharge Methods for Lithium-ion Battery Recycling
Arjun Muralidharan
Aalto University
|
|-
| rowspan="3" |14:20
| rowspan="3" |Panel Discussion
|
|-
|
|-
| rowspan="6" |14:30
| rowspan="6" |Transition Break
|
|-
| rowspan="5" |14:35
| rowspan="5" |Transition Break
|
|-
|
|-
|
|-
|
|-
|
|-
| rowspan="2" |15:00
| rowspan="2" |Conference Opening
A. Koposov
| rowspan="2" |15:00
| rowspan="2" |Conference Opening
A. Koposov
|
|-
|
|}
{| class="wikitable"
|+
! colspan="2" |Tuesday
! colspan="2" |Wednesday
! colspan="2" |Thursday
! colspan="2" |Friday
!
|-
| colspan="2" |September 24, 2024
| colspan="2" |September 25, 2024
| colspan="2" |September 26, 2024
| colspan="2" |September 27, 2024
|
|-
| rowspan="13" |09:00
| rowspan="13" |Pre-conference
Registration
|S2
|Chair:
Anders Brennhagen
|S6
|Chair:
Tor Olav Sunde
|S10
|Chair:
Alexey Koposov
|
|-
| rowspan="6" |09:00
| rowspan="6" |Strategies for replacing LiPF6 salt by LiFSI for various cathodes chemistries, LiFePO4, LiNixMnyCozO2 and LiNi0.5Mn1.5O4
Ann Mari Svensson
''NTNU''
| rowspan="6" |09:00
| rowspan="6" |Accelerating Battery Material Discovery: Integrating Computational Workflows and Machine Learning
Juan Maria García Lastra
''DTU Energy. Danmarks Tekniske Universitet''
| rowspan="4" |
| rowspan="4" |
|
|-
|
|-
|
|-
|
|-
| rowspan="4" |09:20
| rowspan="4" |Jonathan Højberg
''Topsø''
|
|-
|
|-
| rowspan="4" |09:30
| rowspan="4" |Scanning Electrochemical Microscopy Meets Optical Microscopy: Probing the Local Paths of Charge Transfer Operando in Booster-Microparticles for Flow Batteries
Jerzy Jasielec
''University of Turku''
| rowspan="4" |09:30
| rowspan="4" |Electric Vehicles Lithium Ion Battery Circularity – Mitigating Battery Second-life Challenges Through Sustainable Business Model Development
Saad Ahmed
''Norwegian University of Science and Technology''
|
|-
|
|-
| rowspan="9" |09:40
| rowspan="9" |WMG’s Battery Research Activities: An Overview on Current European Cooperation
Ivana Hasa
''WMG''
|
|-
|
|-
| rowspan="4" |09:50
| rowspan="4" |Lignin batteries
Ziyauddin Khan
''Linköping University''
| rowspan="4" |09:50
| rowspan="4" |Fluorine-free organic batteries with solid polymer electrolytes
Guiomar Hernández
''Uppsala University''
|
|-
|
|-
| rowspan="25" |10:00
| rowspan="25" |Pre-conference
|
|-
|
|-
| rowspan="2" |10:10
| rowspan="2" |Hydro Batteries’ Technology Activities
Jonas Sottmann
''Hydro Batteries''
| rowspan="2" |10:10
| rowspan="2" |Battery waste to anode-grade graphite: Pioneering sustainable recycling solutions
Garima Jain
''Vianode''
|
|-
|
|-
| rowspan="4" |10:20
| rowspan="4" |Coffee Break
| rowspan="4" |10:20
| rowspan="4" |Coffee Break
|
|-
| rowspan="3" |10:25
| rowspan="3" |Coffee Break
|
|-
|
|-
|
|-
|S3
|Chair:
Samson Lai
|S7
|Chair:
Anna Bergljót Gunnarsdóttir
|S11
|Chair:
Filipp Obrezkov
|
|-
| rowspan="6" |10:40
| rowspan="6" |Maria Hahlin
''Uppsala University''
| rowspan="6" |10:40
| rowspan="6" |Rakel Wreland Lindström
''KTH''
| rowspan="9" |10:40
| rowspan="9" |Clare Grey
''Cambridge University''
|
|-
|
|-
|
|-
|
|-
|
|-
|
|-
| rowspan="4" |11:10
| rowspan="4" |Diagnostics of Safety Hazardous Ageing Conditions for Commercial Lithium-Ion Batteries
Preben J. S. Vie
''IFE''
| rowspan="4" |11:10
| rowspan="4" |How to ensure safe processing of Li-ion batteries at the end of life?
Neha Garg
''Aalto University''
|
|-
|
|-
|
|-
| rowspan="4" |11:25
| rowspan="4" |'''Imagine Tomorrow Powered by us'''Adriana Navarro-Suarez
''Morrow Batteries''
|
|-
| rowspan="4" |11:30
| rowspan="4" |Uniform Li Deposition Formed by Lithophilic SiO2 Dopped Porous 3D Carbon Host for High Energy Density Li Metal Anode
Sara Hamed
''Aalto University''
| rowspan="4" |11:30
| rowspan="4" |Rational Design and Controllable Synthesis of SiOx Anode Materials from Diatom-SiO2 Nanostructures for Lithium-Ion Batteries
Kesavan Thangaian
''Functional Materials and Materials Chemistry (FACET), Department of Materials Science and Engineering, NTNU''
|
|-
|
|-
|
|-
| rowspan="2" |11:45
| rowspan="2" |Next NordBatt
TBD
|
|-
| rowspan="2" |11:50
| rowspan="2" |Decarbonizing the battery supply chain
Hans Ivar Laukli
''Freyr Battery''
| rowspan="2" |11:50
| rowspan="2" |The impact of cation distribution among LLZO and PEO phases on Li-ion structure-dynamic properties
Melania Kozdra
''Uppsala University''
|
|-
|11:55
|Closing Remarks
|
|-
| rowspan="12" |12:00
| rowspan="12" |Lunch
Registration Opens
| rowspan="12" |12:00
| rowspan="12" |Lunch
Lunch Seminar: Operando XRD in the Home Lab
Dennis Becker
''Bruker AXS''
| rowspan="12" |12:10
| rowspan="12" |Lunch
Lunch Seminar: Advanced Battery Cycling: Tackling Challenges with the new BioLogic BCS-900 Series and BT-Lab 2
Christophe Morin
''Cromocol Scandinavia AB''
''BioLogic SAS''
| rowspan="12" |12:00
| rowspan="12" |Lunch Pickup
|
|-
|
|-
|
|-
|
|-
|
|-
|
|-
|
|-
|
|-
|
|-
|
|-
|
|-
|
|-
| rowspan="20" |13:00
| rowspan="20" |Pre-conference
|S4
|Chair:
David Wragg
|S8
|Chair:
Guiomar Hernández
| colspan="2" rowspan="60" |
|
|-
| rowspan="6" |13:00
| rowspan="6" |Atomic layer deposition to enhance lithium-ion battery electrode interfacial properties and behavior
Filipp Obrezkov
''Aalto University''
| rowspan="6" |13:10
| rowspan="6" |Investigation of degradation effects in NASICON Materials for Aqueous Sodium Batteries
Jurgis Pilipavicius
''Center for Physical Sciences and Technology, Vilnius, Lithuania''
|
|-
|
|-
|
|-
|
|-
|
|-
|
|-
| rowspan="4" |13:30
| rowspan="4" |NyBat – new batteries from recycled material
Martina Petranikova
''Chalmers University of Technology''
| rowspan="4" |13:40
| rowspan="4" |Solid electrolyte interphases on model Si electrodes studied by electrochemical impedance spectroscopy
Jonas Grill
''University of Stavanger''
|
|-
|
|-
|
|-
|
|-
| rowspan="4" |13:50
| rowspan="4" |Operando and in situ transmission electron microscopy: exploring real-time nanoscale phenomena of battery materials
Calliope Bazioti
''University of Oslo''
| rowspan="4" |14:00
| rowspan="4" |Sustainable Membranes for Redox Flow Batteries
Amirreza Khataee
''KTH Royal Institute of Technology''
|
|-
|
|-
|
|-
|
|-
| rowspan="4" |14:10
| rowspan="4" |Graphene integration in Si/Graphite anode for high-energy Li-ion batteries
Ilham Bezza
''Aarhus University''
| rowspan="4" |14:20
| rowspan="4" |Functional binders to tackle transition metal dissolution in LNMO cathode material
Le Thuy Truong
''SINTEF Industry''
|
|-
|
|-
|
|-
|
|-
| rowspan="2" |14:30
| rowspan="2" |SEEL Swedish Electric Transport Laboratory: brand-new centre for research, development, and innovation within electromobility
Nataliia Mozhzhukhina
''SEEL''
| rowspan="6" |14:40
| rowspan="6" |Coffee Break
|
|-
| rowspan="6" |14:35
| rowspan="6" |Transition Break
|
|-
| rowspan="4" |14:40
| rowspan="4" |Coffee Break
|
|-
|
|-
|
|-
|
|-
|S5
|Chair:
Ann Mari Svensson
|S9
|Chair:
David Hall
|
|-
| rowspan="2" |15:00
| rowspan="2" |'''S1: Conference OpeningChair:''' '''Alexey Koposov'''
| rowspan="6" |15:00
| rowspan="6" |Enhancing NCM111 Cathode Performance with Sustainable Al2O3 Coating via Ethanol-Based Wet-Chemical Synthesis
Gints Kucinskis
''University of Latvia''
| rowspan="6" |15:00
| rowspan="6" |'''Combining operando synchrotron and neutron diffraction for studies of prototype Li-ion batteries'''Poul Ægidius Norby
''Technical University of Denmark''
|
|-
|
|-
| rowspan="2" |15:10
| rowspan="2" |'''Battery 2030+'''Kristina Edström
|
|-
|
|-
| rowspan="6" |15:20
| rowspan="6" |'''Battery Landscape Norway:The battery value chain'''Hans Petter Rebo
''The Federation of Norwegian Industries''
|
|-
|
|-
| rowspan="4" |15:30
| rowspan="4" |Developing advanced separators with tailored properties for lithium-sulfur (Li-S) batteries
Tor Olav Sunde
''SINTEF Industry, dept. Sustainable Energy Technology''
| rowspan="4" |15:30
| rowspan="4" |Overcoming interfacial challenges for non-flammable battery electrolytes
Andrew Naylor
''Uppsala University''
|
|-
|
|-
|
|-
|
|-
| rowspan="10" |15:50
| rowspan="10" |'''Recycling as an Enabler for a Circular Battery Value Chain'''Guinevere Giffin
''Fraunhofer-Institute for Silicate Research ISC''
| rowspan="4" |15:50
| rowspan="4" |Optimisation of Prussian White synthesis for Sodium Ion Batteries
Alexandra Ulander
''Department of Chemistry – Ångström Laboratory, Uppsala University''
| rowspan="4" |15:50
| rowspan="4" |Scalable micron-sized amorphous silicon nitride for Li-ion battery anode
Jan Petter Mæhlen
''Department for Battery Technology, IFE''
|
|-
|
|-
|
|-
|
|-
| rowspan="4" |16:10
| rowspan="4" |Compton scattering and density functional theory investigations of cathode materials for Sodium ion batteries
Assa Aravindh Sasikala devi
''Research unit of sustainable chemistry (SusChem), University of Oulu''
| rowspan="4" |16:10
| rowspan="4" |Lignin-based hard carbon as anode for sodium-ion batteries: the impact of chemical and morphological structures
Hao Zhang
''Åbo Akademi University''
|
|-
|
|-
|
|-
|
|-
| rowspan="4" |16:30
| rowspan="4" |Towards sustainable redox flow battery (RFB) with lignin-based electrolyte
Monalisa Chakraborty
''Division of Applied Electrochemistry, Department of Chemical Engineering, KTH Royal Institute of Technology''
| rowspan="4" |16:30
| rowspan="4" |A Scalable Furnace Technique to Grow Silicon Nanoparticles for High-Performance Li-Ion Battery Anodes
Jonas Örtegren
''Mid Sweden University''
|
|-
|
|-
| rowspan="4" |16:40
| rowspan="4" |'''NABLA – national battery infrastructure, and FME BATTERY – a new research centre on sustainable battery value chain'''Hanne Flåten Andersen
''IFE''
|
|-
|
|-
| rowspan="2" |16:50
| rowspan="2" |Methods for post-mortem analysis of large-format cells
Andrew Lodge
''Scania CV AB''
| rowspan="2" |16:50
| rowspan="2" |Cenate SiCx product development
Martin Kirkengen
''Cenate''
|
|-
|
|-
|
|
|
|
|
|
|
|-
|
|
|
|
|
|
|
|-
| rowspan="6" |17:00
| rowspan="6" |End of day
|17:00
| rowspan="6" |Transition Break
| rowspan="6" |17:00
| rowspan="6" |Transition Break
|
|-
|
|
|-
|
|
|-
|
|
|-
|
|
|-
|
|
|-
|
|
|
|
|
|
|
|-
| colspan="2" |
|17:30
|Poster Session
|19:00
|Conference Dinner
|
|}

Item:OSWd46503430ff74b1fabb2b43db2ddb534

2024-10-15T09:44:15Z

0000-0002-8227-3250:

Item:OSW45a1b29ffff648daa523bb1ab7da7baa

2024-10-15T09:41:42Z

0000-0002-8227-3250:

Item:OSW45a1b29ffff648daa523bb1ab7da7baa

2024-10-15T09:40:45Z

0000-0002-8227-3250:

Item:OSW45a1b29ffff648daa523bb1ab7da7baa

2024-10-09T16:56:34Z

0000-0002-8227-3250:

Item:OSW45a1b29ffff648daa523bb1ab7da7baa

2024-10-09T16:56:10Z

0000-0002-8227-3250:

File:OSWeb4407a98644454980969d085e584aae.png

2024-10-09T16:55:34Z

0000-0002-8227-3250: Edited with JsonEditor

File:OSWeb4407a98644454980969d085e584aae.png

2024-10-09T16:55:33Z

0000-0002-8227-3250: 0000-0002-8227-3250 uploaded File:OSWeb4407a98644454980969d085e584aae.png

File:OSWeb4407a98644454980969d085e584aae.png

2024-10-09T16:55:33Z

0000-0002-8227-3250:

Item:OSWee6bc21efcbc4fdab4c6de9f91f865d9

2024-10-09T16:54:08Z

0000-0002-8227-3250:

Item:OSW85613e41bfb148a8b6345ace4aa2e1fd

2024-10-09T16:51:32Z

0000-0002-8227-3250:

Item:OSW85613e41bfb148a8b6345ace4aa2e1fd

2024-10-09T16:48:28Z

0000-0002-8227-3250:

File:OSW24b860f0631444e39f2c5c948126e90f.png

2024-10-09T16:47:52Z

0000-0002-8227-3250: Edited with JsonEditor

File:OSW24b860f0631444e39f2c5c948126e90f.png

2024-10-09T16:47:51Z

0000-0002-8227-3250: 0000-0002-8227-3250 uploaded File:OSW24b860f0631444e39f2c5c948126e90f.png

File:OSW24b860f0631444e39f2c5c948126e90f.png

2024-10-09T16:47:51Z

0000-0002-8227-3250:

Item:OSW2a7e0fd493164e938d876a485b968e74

2024-10-09T16:27:08Z

0000-0002-8227-3250: wrong cat

Item:OSWd46503430ff74b1fabb2b43db2ddb534

2024-10-09T16:26:32Z

0000-0002-8227-3250: wrong cat

Item:OSW9d507e37df404d519d258da8bdf9f0e0

2024-10-09T16:26:14Z

0000-0002-8227-3250: wrong category

Item:OSWb2768518128d432480639b24d6b2dfbb

2024-10-09T16:25:18Z

0000-0002-8227-3250: wrong category